The moment you take the helm on a yacht with an inexperienced crew, your role changes. You may think of yourself as the skipper, and your training may have made a point of you being a “skipper”, but unless you are sailing with an experienced crew in a flat hierarchy, many people on board might actually need you to be their instructor. Sailing courses teach you how to deliver a safety briefing, but getting a novice crew to execute roles smoothly when putting in a reef requires much more than a two-minute speech. You have to actively—and informally—teach them the basics: loading a winch, starting the engine, steering a heading, or handling lines during a tack. With a novice crew, you effectively have to be the instructor for a “competent crew” course when your friends or family come onto the boat.

This creates an immediate clash of expectations. Nobody signed up for a training course: your friends and family signed up for a relaxing holiday, and you signed up to unwind, not to work as an instructor (and to pay for the privilege!). The challenge of the modern charter holiday is balancing this instructional responsibility in a way that keeps the mood relaxed, keeps the boat safe, and preserves everyone’s holiday. But how can we address this responsibility in a way that keeps everyone happy?

In the Swiss system, the D-Schein is a basic inland certificate of competence—roughly equivalent to an RYA Level 2 dinghy or keelboat qualification. But the route to the sea and the Hochseeschein involves passing the theory test and logging 1,000 nautical miles. You log those miles ticking boxes on someone else’s vessel, rarely sitting in the decision-making seat. The result? Many skippers head to sea without ever having to break down a manoeuvre or direct an untrained crew.

The Instructor Mindset Makes You a Better Sailor

Thinking like an instructor is a superpower for your own skills. It forces you to deconstruct every move before it happens. If you cannot explain a manoeuvre simply, you haven’t fully processed how you are going to execute it. Many failed dockings or chaotic harbour mooring attempts aren’t caused by bad helm control—the failure occurs already during the planning or briefing stage.

There is an important caveat: to break a manoeuvre down into simple steps, you need enough underlying experience to understand its component parts. This is why professional instructing bodies require pre-entry tests or demand that instructors qualify at least one level above what they teach. If you have just come off a Day Skipper course or gotten your Hochseeschein with no solo practice in between, you are quite likely still building that baseline.

When my partner Karin and I started sailing larger boats together, despite both of us having lifelong backgrounds on the water, we hit this exact hurdle. Having learned to sail around finger berths and mooring balls, I had never executed a stern-to Med moor. As we approached the quay, I realised how difficult it is to brief someone when you are still building your own mental picture. Despite having read about the manoeuvre and watched videos, executing my first stern-to moor required active processing on the fly. (You can read all about how that went in our article about Sailing together as a couple!)

Real seamanship isn’t about knowing every scenario in advance—it is about drawing on past experience to figure things out safely on the fly. We adapted my finger-berth experience to a stern-to mooring and executed it safely. But that moment reinforced a core truth: without a clear mental model, effective briefing is impossible.

How to Brief Novice Crew on Deck: The EDIC Method

Professional instructing uses the EDICT framework: Explain, Demonstrate, Instruct, Coach, Test. On a yacht, you don’t really want to “test” your crew, but the EDIC steps should be done in a relaxed way conducive to a holiday and not a shouty sailing course!

• Explain: Outline the goal before the skill is ever needed (e.g., “Before we hoist, let’s take 30 seconds to look at the winches. Heavily loaded lines can catch fingers fast, so let’s walk through how to wrap and tail them safely.”).
• Demonstrate: Show them the action physically—how to wrap a winch safely and why it is important—before you are under pressure.
• Instruct: Let them perform the task with guidance, and give clear, single-action cues during the move.
• Coach: Offer immediate, calm feedback as they execute.

The “Single Point of Failure” Rule: Sailing with Inexperienced Guests

Before initiating any manoeuvre with a novice crew, ask yourself one simple question: What happens if my crew struggles?

Try not to depend on any plan where an inexperienced guest is your single point of failure. If your strategy relies on a beginner having to get something right first time, there is zero margin for error.

Structure your approach so that if your crew panics, mishears a command, or drops a line, the boat remains in a safe, neutral position. Design the move so their assistance makes things smoother, but their mistakes won’t cause a crisis. Giving yourself that extra cushion removes the pressure for everyone on board.

The Safety Paradox: 3 Tasks Your Crew Must Know if You Fall Overboard

Reluctance to coach your crew creates a genuine hazard. New skippers often avoid teaching partners or friends out of fear of appearing bossy or inexperienced; this is exaggerated when sailing with a less experienced partner or with friends or family on a holiday.

Consider the paradox: if you do not teach your crew how to start the engine, drop the anchor, or operate the VHF radio, you leave yourself entirely unprotected if you fall overboard or become incapacitated. Teaching basic boat handling isn’t micromanagement—it is your primary safety net.

This risk was highlighted by two tragic real-world incidents. In Croatia, a skipper on a charter holiday fell overboard; his novice crew did not know how to stop or turn the yacht to recover him, and he was lost. In another case off Italy, a man fell overboard while sailing with his partner; unable to operate the electronics or radio, she drifted for three days before coming back into coastal mobile coverage to call for help. Spending 10 minutes showing your crew how to hit the MOB button on the plotter, start the engine, and fire off a DSC distress call is an essential safety step.

Protecting Your Bandwidth: The Go / No-Go Matrix

There is a massive difference between expanding your experience and putting your crew in harm’s way. Nobody learns when they are terrified—least of all a skipper who is trying to figure out a manoeuvre while managing a stressed-out crew.

To teach calmly and execute manoeuvres safely, you need mental bandwidth. That bandwidth vanishes the moment weather conditions exceed your crew’s ability. Setting clear operational limits on the pontoon before casting off ensures you stay well within your comfort zone.

To take the guesswork out of this evaluation, we integrated the Go / No-Go Decision Matrix directly into our digital All Winds Toolbox app. By rating forecast wind strength, sea state, crew experience, and destination risk before leaving the berth, the app gives you an objective risk assessment. It ensures you preserve your mental bandwidth, allowing you to draw on your personal seamanship toolbox and coach your crew with confidence.

Conclusion: Becoming the Skipper Your Crew Needs

Stepping into the role of skipper doesn’t mean you have to act like a stern academy instructor. It means taking responsibility for the environment on deck. By taking a few minutes to explain mechanics calmly, demonstrating key tasks before leaving the berth, and setting clear boundaries before setting sail, you create a safe space where your crew feels capable and relaxed.

Bridging the gap between holding a qualification and feeling completely confident in command is a journey every skipper takes. If you want to refine your boat handling, practise shorthanded routines, or build confidence leading your crew, explore our hands-on skipper coaching and charter preparation courses.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real confidence, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Seamanship & Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online workshops covering boat-handling dynamics, weather app interpretation, Swiss D-Schein exam strategy and much more.

View Events & Workshops →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post The Accidental Instructor: Why Every Skipper Should Learn to Teach appeared first on All Winds Adventures.

Walk down any marina dock from Split to Lefkas, and you will hear someone warning a nervous skipper about modern twin-rudder cruisers. Sailing forums treat them like an untamable, slip-sliding beast in a tight marina, and coaches advertise specialised “Twin-Rudder Masterclasses” playing directly into the anxiety.

It is almost entirely marketing hyperbole.

On a modern fin-keel yacht, a twin-rudder boat and a single-rudder boat behave virtually identically in 95% of real-world close-quarters situations. Going ahead, both rotate around a central keel pivot point. Going astern, once water moves over the foils, both steer with the directness of a car. Modern charter boats often have twin rudders, but many single-rudder boats can be found in charter fleets such as our own Beneteau Oceanis 41.1.

The entire debate hinges on one narrow operational window: when the boat is stationary (or barely moving) and you put an impulse into the throttle.

In that single moment, prop wash over a single rudder can be a useful tool—if, and only if, you 100% understand what the water flow is doing. But if you lack that instinctive feel, that same single rudder becomes a liability that gets you into trouble faster than twin rudders ever could. In fact, for many skippers, a twin-rudder boat is actually the far more forgiving platform.

Our Core Mantras: The Foundation of Clean Handling

Before obsessing over how many blades hang beneath your hull, throw out the dockside panic and anchor your boat handling in our two core mantras:

1. A moving boat is a stable boat.

The moment water moves across a foil—keel or rudder—at even 1 knot, the boat tracks predictably. The moment an anxious skipper panics, chops all boat speed, and sits motionless in the fairway, the boat ceases to be a steerable vessel and becomes a flat-bottomed raft at the mercy of windage.

But remember as slow as possible, as fast as you need.

2. Neutral is a gear.

Inexperienced skippers treat the throttle like a car accelerator—constantly revving, braking, and slamming the cone clutch across the gate. Engaging gear is simply a way to transfer energy to the hull. Once you have established that momentum, return to neutral. Gliding in neutral gives you clean water flow over the foils without turbulent prop churn fighting your rudders, buys you time to assess your line, and saves the gearbox.

If you follow these two rules, whether you have one rudder or two is almost completely irrelevant.

Premature Helm: When the Foil Becomes a Brake

The single biggest mistake skippers make when backing down—on both single and twin rudders—is throwing the helm over while the boat is still dead in the water.

When motionless, angled rudder blades don’t steer; they act as underwater brakes. Instead of slicing cleanly to let the hull gain that crucial 1 knot of flow, the flat faces of the blades create massive drag, keeping the boat stuck in the “dead zone.” Even worse, cocking the rudders sideways eliminates their lateral resistance, giving prop walk and crosswinds free rein to shove the transom off line.

The rule is absolute: Keep the wheel dead straight until the boat actually has speed through the water. Once you have flow, then introduce the turn.

One final, non-negotiable rule: never let go of the wheel in reverse. Going astern, water hits the fine trailing edge of the foil first; if your grip slips, the water force will violently whip the helm into the steering stops, risking bent quadrant stops, stripped cables, damaged rudders or broken fingers.

When backing into a Med-moor berth, the sequence is identical on both boats: line the hull up straight (or slightly angled into the wind or prop walk), keep the helm centred, drift in neutral, and apply smooth reverse to stop forward way and establish sternway. Once the boat is gliding backwards, both single and twin rudders give positive, direct steerage.

Progressive Throttle vs. The “Panic Blast”

One of the biggest mistakes skippers make when trying to manoeuvre is “blasting” the throttle in erratic bursts.

You should never punch the throttle forward or slam it into hard reverse. Apply power smoothly and constantly, increasing revs progressively if needed, and then return cleanly to neutral.

On a single-rudder boat sitting stationary in light wind, you don’t need a massive rev spike to initiate a turn. Simply clicking the throttle into forward gear at dead idle revs pushes just enough gentle prop wash across the deflected blade to start the boat rotating on the spot without leaping forward.

As the crosswind increases, you need more throttle to overcome the windage on the bow. But there is a ceiling to this physics: eventually, the wind becomes strong enough that the boat will not rotate without gaining forward speed anyway.

Once you are forced to gain forward speed to make the turn, that alleged “single-rudder prop wash superpower” is gone. You are relying on hull speed over the foils—and at that point, you might as well be in a twin-rudder boat.

The 5% Difference: When Single Rudders Bite Back

The Legitimate Single-Rudder Superpower: Springing Off using a Spring Line

To be fair to traditional single-spade rudders, they hold one undeniable mechanical advantage over twin rudders: springing off a berth.

If you are pinned against a quay by wind, a single rudder lets you use prop wash as a hydraulic lever. Pin the boat against a forward spring line, turn the wheel hard towards the dock, and apply gentle forward throttle. The direct prop wash hits the deflected blade and forces the stern out into the fairway against the line’s tension. Once the stern is clear, shift to reverse, slip the line, and back out smoothly.

On a twin-rudder boat, you cannot do this with prop wash alone because the discharge shoots harmlessly between the blades. You have to rely purely on hull shape, fender compression, and spring geometry to lever the boat out. If you leave tight quays using spring lines regularly, this is the one area where a single rudder is genuinely superior.

The direct prop wash on a single rudder can be used almost like a stern thruster by a master skipper. But without complete mechanical sympathy, that same wash sets two very common traps:

1. The “Obstacle Avoidance” Paradox

Imagine you are manoeuvring in tight quarters. You have open water to port, but a concrete quay or a yacht’s bowsprit sits tight to your starboard quarter.

The intuitive, untrained reaction is to turn the wheel hard to port to “steer away” from the danger, followed by an anxious push of forward throttle. On a single-rudder boat, that blast of water hits the port-deflected blade and immediately kicks the stern violently to starboard—slamming your transom straight into the very obstacle you were trying to dodge.

On a twin-rudder boat, the prop wash shoots harmlessly between the blades into empty water. The boat moves gently ahead without the violent, unexpected lateral kick.

2. The Med Moor Stopping Misconception

You are backing down toward a stone quay between two yachts. On a single-rudder boat, you must be 100% perfectly lined up with the rudder dead straight before engaging forward gear to stop your sternway.

If you are tense, looking over your shoulder, and holding the wheel just 15° off-centre when you apply forward throttle to stop, the prop wash strikes the angled blade. Instead of acting as a pure brake, the rudder acts as a giant lever, kicking your stern sideways and laying your boat helplessly across the berth.

A twin-rudder boat is vastly more forgiving here. Because the prop wash flows into empty water between the two blades, the boat stops in a dead-straight line, whether your rudders are straight or cocked off-centre. In the high-stress moment of stopping feet from the stone, the twin rudder provides a built-in margin of safety.

Nevermind Prop Walk: Wind Is Your Superpower

Marina pontoon debates endlessly obsess over prop walk: “She walks to port in reverse, so you can only turn to starboard.”

In dead-flat, windless water inside an enclosed basin, that is true. But the moment you have 15 knots of breeze blowing across the marina, windage completely overpowers prop walk.

A modern 40-foot cruising yacht has high topsides, a plumb bow, and a large dodger acting as a sail. If you try to back out of a berth and turn the stern against a 15-knot crosswind simply because “the prop walk kicks that way,” the wind will pin the bow, blow you sideways, and leave you draped over the downwind anchor chains.

Stop fighting prop walk. Use the wind as your superpower:

• Look at which direction the breeze wants to push the bow.
• Turn the boat with the wind, not against it.
• Let the wind push the bow through the eye of the turn while you manage your momentum.

The Tight-Quarters Pivot (Turning in Your Own Length)

You do not need prop wash to spin a modern yacht within its own length. You need the fin keel, which acts as the vertical pivot pin the entire hull balances upon.

Here is how to spin either a single- or twin-rudder boat 180 degrees in a narrow channel:

1. Build Forward Way: Engage forward gear smoothly to establish roughly 1 to 1.5 knots of forward movement, then shift immediately into neutral.
2. Apply the Helm: Put the wheel full over. With clean water flowing over the hull, the boat will begin to carve around its keel.
3. The Controlled Reverse: While the boat is actively pivoting around its fin keel (see the pivot point mechanics explained below), leave the rudder as it is and apply smooth, gentle reverse power to arrest forward travel without killing hull rotation.
4. Kill Way, Keep Rotation: This reverse power checks your forward travel before you hit the far side of the fairway, but the hull’s rotational momentum keeps the boat spinning.
5. Neutral, Then Forward: Before the boat actually begins moving backwards through the water, shift to neutral, adjust your heading, and apply smooth forward throttle again.

Executed smoothly, a twin-rudder boat will turn almost on its own length. A single-rudder boat—even with a well-timed throttle kick—will only turn marginally tighter. The fin keel is doing 80% of the rotational work, not the rudder blades.

The Pivot Point

Much of the mythology around twin versus single rudders comes from unfair comparisons—pitting a modern, wide-transom twin-rudder boat against a traditional full-keel or heavy skeg-hung single rudder.

In reality, if you compare two modern fin-keel boats with similar hull shapes and balanced spade rudders, the pivot point going forward is in almost exactly the same place: right around the keel foil (with slight variations depending on keel profile, rudder placement, and whether she runs a saildrive or shaft).

When motoring ahead, turning the wheel forces the stern to kick out from behind this pivot point. Going astern, the hydrodynamic roles reverse: the keel and water flow drag the bow along behind the turn, making the boat track much like a front-wheel-steered car driving forward.

Why Twin Rudders Feel “Grippier” in Reverse

Many skippers who step onto twin-rudder boats report a distinct subjective sensation: they feel slightly better and more positive in reverse than single-rudder boats, almost as if the stern is being actively drawn into the turn.

When backing down, the water flow travels from transom to bow, meaning the rudders are not operating in the propeller or sail-drive wash on either setup.

While textbook hydrodynamic studies rarely dwell on production cruising sterns, a compelling explanation lies in foil physics: you have two foils interacting with clean water flow.

As the boat moves astern with the helm over, both rudders develop high- and low-pressure sides simultaneously across a wider structural footprint on the hull. That combined pressure differential can generate significantly more lateral lift toward the direction of the turn than a single centre-mounted spade blade fighting the turbulent profile of the aft hull.

Whether that exact dual-foil lift profile is ever measured in a university cavitation tank doesn’t change the cockpit reality: once a twin-rudder boat has clean sternway, it tracks astern with exceptional stability.

The Real Performance Advantage: Powering Off the Wind

Where twin rudders truly excel is in performance under sail—and not just upwind.

Many sailors mistakenly assume twin rudders are designed solely for balance when heeling upwind. In truth, modern wide-transom hulls with high-volume forward sections aren’t built for pinching high upwind angles anyway. Where this hull shape genuinely shines is cracking off onto a reach or running powered up deep downwind.

Going downwind in 25 knots of breeze, lateral resistance is at a minimum, and bearing away in the gusts is the textbook tactic. Sailing a single-rudder boat like our Oceanis 41.1 downwind at 12 knots is exhilarating and entirely manageable—but it demands continuous concentration and a firm, proactive hand on the helm.

As the power comes on, the boat leans slightly over, weather helm increases, and the rudder begins lifting toward the surface. Counteracting this requires heavy physical input on the wheel; the later you are to correct, the more pressure you fight. Overcorrecting turns the deflected blade into a high-drag brake, eventually stalling the flow over the foil and breaking traction. If you lose control, you lose it fast.

This is where a twin-rudder cruiser like the Sun Odyssey 410 feels fundamentally different. Because the blades are canted outboard, as the boat rolls and tracks across following seas, the leeward blade stays deeply immersed in clean water.

Even as the rig loads up, the helm remains surprisingly light—almost like steering a responsive dinghy rather than a 10-tonne cruising yacht. You aren’t wrestling the wheel, and the boat grants a far wider margin for error before it threatens to break away.

That directional stability off the wind is why twin rudders have become standard across shorthanded offshore racing (Mini Transats, Class 40s, IMOCAs)—not because a single rudder can’t handle speed, but because twin rudders allow you to sustain that speed with a fraction of the physical fatigue and a much larger safety buffer.

The Reality

Twin rudders were designed to improve sailing performance—allowing modern wide-beam hulls to lock onto a chine, heel to 20 degrees, and track on rails without rounding up in gusts.

They were not designed to make docking difficult.

Stop treating them like a handicap. Apply throttle smoothly rather than stabbing at the lever, respect the wind across your high-sided bow, treat neutral as an active gear, and let the hull’s momentum do the work. Once you master the glide, you will realise that whether you have one blade or two below you, the principles of good seamanship never change.

Explore the Elements with All Winds Adventures

Mastering close-quarters boat handling transforms docking from a high-stress gamble into a calm, repeatable routine. Understanding hull momentum, windage, and mechanical sympathy is what turns an anxious holiday into confident manoeuvres.

• Charter All Winds Directly: Our beautifully prepared Beneteau Oceanis 41.1 is available for private charter bookings directly from our base in Croatia.
• Worldwide Charter Brokerage: Looking to explore other waters across the Ionian, Adriatic, or Tyrrhenian seas? As an independent charter agency, we source and vet quality fleets worldwide, managing all background logistics for you.
• Sailing & Windsurfing Coaching: Want to master heavy-weather sail trim, analyse complex local wind compression zones, or perfect your Mediterranean mooring techniques? Build your practical capabilities on the Swiss Lakes (Zug/Zurich) or join us for an intensive training week in the Mediterranean.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real confidence, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Seamanship & Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online workshops covering boat-handling dynamics, weather app interpretation, Swiss D-Schein exam strategy and much more.

View Events & Workshops →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post Single vs. Twin Rudders: The Docking Myth, the Missing Prop Wash, and Why They Are 95% the Same appeared first on All Winds Adventures.

The coastline of Montenegro presents a noticeable change in geography. Leaving the low-lying shores of northern Albania or crossing the Adriatic from Italy, you are met by limestone mountains dropping directly into relatively deep water.

While Montenegro has developed a lot of infrastructure recently—anchored by large developments like Porto Montenegro—it represents a minor challenge from a bureaucratic perspective. There is good infrastructure here compared to Albania, but the costs are higher, and you get the feeling that the local developments prefer superyachts to standard cruisers.

We sailed from Durrës to the southern port of Bar overnight. To minimise the risk of being caught in thunderstorm cells tracking across the coast, we adjusted our route and timing to stay further offshore than the direct route, avoiding the storm activity building in the Bay of Shëngjin. Our passage planning for this leg relied on a daily check of Windy forecasts, community reviews on Navily, and the route outlines in our copy of the Imray Adriatic Pilot.

The Clearing Process: Checking In at Bar

When arriving from the south, the industrial port of Bar is the most practical official Port of Entry. The clearance process does not legally require a maritime agent, but it must follow a specific order between the customs quay, the Harbour Master, and the Border Police.

In Montenegro, it is important to check in before doing anything else, such as refuelling or heading around to the marina. The text on the border control window also specifically notes that when checking out, you must leave the country’s territorial waters by the most direct route. (i.e. don’t refuel or anchor in a bay after checking out!)

When entering the commercial port, no one answered our calls on VHF Channel 16 or the working channels, so we simply went into the basin and onto the wall ourselves.

The Bar Customs Quay

Various reports on Navily warn of iron bars sticking out of the concrete customs dock in Bar. In our experience, while there was certainly exposed iron on the concrete pier, nothing was protruding out in a way that was likely to cause a well-fendered boat any damage. The protection inside the harbour is actually quite good from most directions, and managing the alongside manoeuvre was straightforward:

• Fendering: We deployed our wooden gangplank horizontally over the fenders to act as a solid fender board, ensuring greater protection for the hull against the rough concrete wall.
• Line Handling: We used a stern line to spring onto the quay. This allowed us to go astern towards a large bollard, lasso it, and then go ahead on the engine to spring on. This held the boat steady and gave us time to go ashore and secure a ring for the bow line. It was an entirely uneventful arrival—just basic seamanship.

The Paperwork Sequence

From the customs quay, the Harbour Master’s office is a brief two-minute walk. This is your first shoreside stop to buy your vignette and present your ship’s papers, skipper’s licence, and valid third-party insurance.

Interestingly, the officials were more familiar with and seemed to prefer an International Certificate of Competence (ICC) over a commercially endorsed Yachtmaster certificate, which took some time to verify. Once approved, you pay for your Vignette (the mandatory cruising permit, scaled by boat length and stay duration) and the standard tourist tax.

With the Vignette stamped, you take the paperwork to the Border Police office at the port terminal to complete passport control before moving the boat around into the marina.

Staying in Bar

Bar itself is pleasant, but it has no specific town centre unless you take a bus or taxi to Stari Bar. There is also a steady stream of cruise ships, making the waterfront area quite full of tourists. We still found it a pleasant place to walk around, and it is a good location for provisioning; several large supermarkets are within easy walking distance of the marina, allowing you to stock up without having to pay marked-up marina prices.

During our stay in the marina at Bar, the weather models began showing classic warning signs: a steady increase in the CAPE index, a heavy, thundery feeling on the ground, and signs of a convective front travelling across the Adriatic. Believing the risk was real, we chose to stay put for an extra night in the safety of the marina.

Other crews decided to push on. We later learned that some of the boats that left ended up caught in the front in Bigova. The winds were severe enough that vessels dragged the local mooring buoys, forcing the crews to drop the moorings entirely and attempt to re-anchor in the middle of the storm.

Along the Coast: A Night in Bigova

Once the front passed, we pushed northwest from Bar toward the entrance of the Bay of Kotor, passing Budva (which we would like to visit next time) and anchoring for a night at the small fishing village of Bigova.

In contrast to the chaotic night the previous crews had experienced during the storm, we arrived in calm conditions. We managed to get our anchor to set cleanly and securely on the first attempt, enjoying a completely peaceful night’s sleep. It is a scenic, traditional anchorage and an ideal staging point before tackling the entrance to Boka Bay.

Inside Boka Bay: Winds and Superyachts

Sailing into the Bay of Kotor (Boka Bay) was a memorable part of the trip. The wind was light, and we glided in under gennaker past the old defences at the mouth of the bay.

However, the modern nautical reality of the Boka presents a distinct contrast. Having followed the area’s promotion as a key venue for high-performance sailing events like the Ocean Race Europe, we were disappointed by the lack of sailboats under canvas. The inner waters are overwhelmingly dominated by massive luxury motor yachts and tourist RIBs.

The Sailboat Support Gap

This commercial focus on the superyacht industry has created a practical challenge for cruising sailboats: we found no chandleries with a good selection of sailboat products in Tivat or Kotor specifically. We needed to replace our main halyard during the trip and were completely unable to source running rigging locally. While we cannot speak for the entire Boka—who knows what marine services might be available within the newer Portonovi development—don’t expect to be able to walk into a chandlery and get whatever you need for your boat like in Lefkas, Greece or other nautical hotspots.

Winds Inside the Bay

While textbooks often warn of extreme venturi winds in the narrow Verige Strait (the 340-metre wide pass connecting the outer and inner bays), we had an enjoyable sail both ways. Instead, the most notable feature was just how drastically the wind direction shifts within the different basins of the fjord.

We happily sailed wing-on-wing straight down the Verige Strait towards Kotor and pleasantly tacked our way back out two days later. We were one of the few boats transiting the straits under sail. It is a rewarding experience, but it is something you want to time carefully when no cruise ships are moving through the pass, and you need to be completely confident in your boat handling.

Navigational Note: The local ferries in the middle of the strait have priority; sailing boats must ensure they do not impede their transit.

Exploring Kotor

Reaching the absolute end of the fjord brings you to the historic town of Kotor. The local marina is very pleasant and places you directly at the gates of the medieval old town, though crews should note that the marina facilities are basic—there are currently no toilets or showers available at the town berths.

When we arrived, the local marinero was incredibly helpful, pointing out so many things to do in the area that we immediately extended our stay by an extra day. If we visit again, we will stay even longer.

• The Fortress Hike: The steep walk up the ancient stone fortifications directly behind the town offers clear views over the bay and the old town of Kotor itself.
• The Cable Car: A short bus ride from the town centre takes you to a modern cable car system. This lifts you up to 1,200 metres, providing a view over the whole Boka Bay and the sea outside.

Sveti Marko Island to Porto Montenegro

After leaving Kotor, we sailed past Perast and the little islands before transiting the strait again and spending a night off the island of Sveti Marko.

During the afternoon and evening, there were a large number of motorboats and superyachts around, but they thinned out as the sun set. We enjoyed a sunset swim and a quiet night at anchor before heading to Tivat the next morning.

Porto Montenegro was really a case of seeing how the other half lives. Sailing All Winds into the marina under the shadow of the 106-metre (350-foot) sailing yacht Black Pearl felt like crossing the threshold from a normal cruising reality to the world of the super-rich. It is clear that Porto Montenegro caters much more to superyachts than standard sailors, which makes me wonder why they sponsor sailing events like the Ocean Race Europe. The marina itself, the shops, and the restaurants are quite expensive, and while the scale is notable, for us it was not so inviting.

Leaving Montenegro: The Porto Montenegro Q-Dock

When it comes time to clear customs and exit the country, your choice of departure quay matters. We spent our final night in the marina of Porto Montenegro in Tivat. This made the administrative side much easier, as the marina staff provided a golf cart to take us on the long walk to the Harbour Master’s office. Without this assistance, navigating the paperwork layout on foot is a challenge.

However, from a pure handling perspective, the dedicated Customs Quay (Q-Dock) at Porto Montenegro is significantly more difficult to manage than the commercial wall in Bar:

• High Vertical Face: The quay wall is built quite high out of the water. For a standard 40-foot cruising yacht shorthanded, it is difficult to toss lines up or lasso the massive, elevated dock bollards from a low deck.
• The Climb: Scaling the wall to secure your lines or go ashore is not easy, and if you go alongside a structural steel ladder, you risk damaging your hull. Furthermore, the quay is often congested with a high volume of large vessels moving in and out of a confined space.
• Alternative Options: It may be worth investigating the customs facilities at Portonovi Marina further down the channel for future trips, as its lower pontoon infrastructure is far better suited to standard cruising hulls.

Once checked out, you are legally required to take the most direct way out of Montenegrin waters. For us, this meant heading towards Cavtat in Croatia to get All Winds and our crew back toward our standard schedules.

Passage Planning Quick-Reference Notes

If you are mapping out your route along the Montenegrin coast, these are the key takeaways from our logbook:

• Bar to Budva (The Open Coast): Entirely exposed coastal water sitting right below high mountain terrain with minimal natural shelter. Keep a sensible offshore margin, monitor Windy for sudden shifts in the CAPE index, and if the air feels heavily thundery, secure a berth inside the marina at Bar early.
• The Outer Boka (Entrance Basin): A wide, semi-enclosed deep water basin. It handles a heavy volume of fast tourist RIBs and superyachts but offers virtually no technical support for sailboats. Carry your own inventory of spare lines and rigging hardware.
• The Verige Strait (The Compression Pass): The narrow channel connecting the outer and inner bays. The wind direction is highly variable and can shift drastically between basins. Watch for the local car ferries—they have priority. Time your transit to avoid commercial cruise ships and ensure you are confident in your boat handling.
• The Inner Kotor Basin (The Landlocked Fjord): A completely landlocked basin surrounded by sheer cliffs. The drop-offs near the shore are steep, and town quay facilities are basic (no showers or toilets). Plan for a multi-day stay to hike the fortress walls and take the 1,200-metre cable car.

Explore the Elements with All Winds Adventures

Cruising through the transitions of Montenegro tests a skipper’s ability to read local wind variations and manage precise port logistics. Building these foundational skills is what turns an anxious holiday into an empowering command.

• Charter All Winds Directly: Our beautifully prepared Beneteau Oceanis 41.1 is available for private charter bookings directly from our base in Croatia.
• Worldwide Charter Brokerage: Looking to explore other waters across the Ionian, Adriatic, or Tyrrhenian seas? As an independent charter agency, we source and vet quality fleets worldwide, managing all background logistics for you.
• Sailing & Windsurfing Coaching: Want to master heavy-weather sail trim, analyse complex local wind compression zones, or perfect your Mediterranean mooring techniques? Build your practical capabilities on the Swiss Lakes (Zug/Zurich) or join us for an intensive training week in the Mediterranean.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real confidence, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Seamanship & Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online workshops covering boat-handling dynamics, weather app interpretation, Swiss D-Schein exam strategy and much more.

View Events & Workshops →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post Exploring Montenegro by Boat: An Honest Cruising Guide to Formalities, Anchorages, and Boka Bay appeared first on All Winds Adventures.

Mention sailing to anyone in Central Europe, and the conversation almost immediately turns to certificates. In Switzerland, adults entering the sport are pushed straight toward the D-Schein—a legally mandated license for boats with more than 15m² of sail area. Across the border in Germany, while pure sailing is largely license-free on federal waterways unless you run a motor over 15 HP, specific bodies of water (such as Lake Constance with the Bodenseeschifferpatent or certain Berlin lakes) require dedicated local licenses.

Despite these regional nuances, the cultural mindset across the entire DACH region (Germany, Austria, Switzerland) remains almost identical: the ability to sail is closely linked to some sort of formal certification. (not just education!)

From Day 1, students are put under exam pressure: memorising rigid manoeuvre recipes, cramming local lake regulations, and stressing over a single exam. Proponents often argue that a sailing license is “just like a driving license”—a necessary benchmark for public safety. But that comparison only goes so far. Yes, the maritime world has its version of road signs (navigation marks), traffic control (VTS), and roadside assistance (like the RNLI or DGzRS). But that is exactly where the similarity ends.

A paved street is a static, constant environment. The sea is a living, moving entity with its own shifting personality; it is almost impossible (and in our opinion dangerous) to force rigid, black-and-white rules onto a fluid environment. Furthermore, the speeds we are dealing with on a sailboat are a fraction of what you experience on a motorway or Autobahn.

Taking a boat to sea isn’t like driving on a paved road—it’s like off-road expedition driving. Off-road, a standard driver’s license is practically irrelevant; safety depends on reading terrain, hands-on skill, and self-reliance. A licensed street driver might be completely useless off-road (and in many remote places, off-road driving doesn’t even legally require a license). A paper sailing certificate simply proves you passed a test under controlled conditions; it does not prove you can evaluate an approaching frontal system, set an anchor when it counts, or manage a nervous crew when the wind suddenly doubles, and the reef has to be set quickly.

The deepest flaw in exam culture isn’t just that it forces you to memorise theory—it’s that it flattens complex, real-world seamanship into black-and-white rules, actively penalising individual judgment.

Take an actual question directly from the official Swiss theory exam for the Binnenschein Kat. A & D:

Question: “Was haben Sie als Schiffsführer zu veranlassen, wenn ‘Sturmwarnung’ angezeigt wird?” (What are you required to do as skipper when a ‘Storm Warning’ is displayed?)

If you select the answer option: “Die Wetterentwicklung selbst beobachten und sich entsprechend verhalten” (Observe the weather development yourself and act accordingly)—the exam marks you wrong.

Think about what that teaches a student: evaluating the situation yourself is officially an incorrect response. Proponents argue beginners need rigid rules—and they have a point. When you have zero experience, a simple recipe keeps you out of trouble.

The flaw is the single-ticket trap. In a one-and-done exam culture, that beginner recipe becomes the permanent ceiling of a sailor’s education. Progressive training starts you with a simple formula—like learning a Figure-of-8 MOB—and gradually stacks nuance onto your decision-making as your skills grow.

Treating a beginner multiple-choice test as the final authority traps sailors in beginner-level thinking forever—swapping adaptable seamanship for a rigid script.

The exam system demands an immediate, rigid procedural reaction (head for port or prepare the boat) and penalises the skipper for choosing to observe the sky and assess the conditions. Yet, real seamanship is built entirely on continuous weather observation, spatial awareness, and adaptable decision-making. When a multiple-choice app conditions sailors to believe that watching the weather and using personal judgment is wrong, it isn’t teaching safety—it is training people to turn off their brains.

The “5 Essentials” vs. The Exam Factory

I grew up sailing in Ireland, where pleasure craft under 24m require no state license. The UK, France, and the Netherlands take a similar approach: if you want to go sailing, you simply go sailing. Education and courses abound, but there is no state-mandated exam for private leisure use.

In these coastal countries, for many the standard path starts in small, open dinghies—boats like Laser Bahias, RS Vagos, Toppers, or Lasers (ILCA to the younger readers!). In these small craft, there is no engine, no cabin, and often no instructor sitting in the boat with you from Day 1, even on an introductory course. You are handed the tiller, shoved off the beach, and forced to learn through direct, immediate physical feedback using the 5 Essentials of Boat Handling:

1. Course (Heading relative to the wind)
2. Sail Trim (Power management)
3. Boat Balance (Using body weight to keep the hull flat)
4. Boat Trim (Fore and aft weight distribution)
5. Daggerboard Position (Managing leeway)

In an open dinghy, if you get these wrong, you don’t just slow down—you capsize and swim. That immediate physical feedback builds an intuitive understanding of wind physics, balance, and sail power that stays with you for life.

More importantly, certification in this environment is a personal milestone, not a legal gatekeeper. You might pick up an RYA or ISA level along the way, but no one asks for a license before letting you sail privately. In fact, external examiners do not enter the picture until you reach advanced, commercially endorsable qualifications like the Yachtmaster or Powerboat Advanced CoC.

My own path was completely backwards by DACH standards. I had spent years windsurfing, jumped into sailing dinghies whenever they were around at the windsurfing centre, and was eventually offered the chance to take a Sailing Instructor qualification. The very first formal sailing course I ever took in my life was my Sailing Instructor Course—and I was only 15 or 16 years old!

Windsurfing had already taught me sail power, balance, and wind awareness. When we took our instructor pre-entry test—which is functionally similar to a practical D-Schein exam, but conducted in real wind on boats that capsize—we had to execute every manoeuvre cleanly to demonstration standard. Then, to prove we had the 5 Essentials 100% mastered, we had to do the entire test all over again rudderless, steering the boat purely through sail trim and crew weight distribution.

Small side note: I was once even asked for a license to rent windsurfing equipment in Switzerland!

The “Hochseeschein” Paradox

When I first moved to Switzerland, I spent a few years windsurfing and looking for opportunities to get onto the water. Sailing locally really took off when I met Karin. I had previously managed a watersports centre on the beach in Hawaii, where I sailed Hobie 16 catamarans, so when Karin introduced me to her Dart 18 Catamaran, it wasn’t my first time on a fast cat—but it was a fantastic chance to get back out on the water in Switzerland after a long break.

To legally sail larger keelboats on Swiss lakes, I did what everyone does: I completed the Swiss D-Schein (and A-Schein for motorboats).

Shortly after, when we began planning a charter holiday on the sea, I remember being asked by local sailing friends: “Aber du bruchst ein Hochseeschein für das!” (“But you need an offshore license for that!”).

I couldn’t process the concept. To me, sailing was the sea. I had learned on the ocean, taught on the ocean, and held advanced qualifications. Yet here on a quiet Swiss lake, people were telling me I wasn’t allowed to sail on the sea without a lake-derived paper certificate. (In reality, I held an ICC based on my prior qualifications).

This highlights a major misunderstanding about how chartering actually works globally:

• In the Mediterranean (Croatia, Greece, Spain): Charter companies will ask to see a recognised license card (SBF See, ICC, Day Skipper, etc.). But let’s be honest about why: they need it to satisfy local port authorities and protect their fleet insurance, not because the piece of paper makes you a competent skipper.
• In Atlantic France and the Caribbean: Charter bases care far more about your sailing resume. They will ask: Where have you sailed? What size boat have you skippered? What conditions have you handled? A paper license with zero active command hours won’t impress them—logged, real-world experience will.

Education vs. Credentialism: Why Real Training Matters

To be 100% clear: we are not advocating against sailing education. Learning meteorology, navigation, collision regulations, and boat mechanics is essential. Good coaching builds skills in a guided environment, while solo experience forces you to make decisions without a safety net. Both are vital.

What we are challenging is credentialism—the false belief that collecting stackable paper certificates equals seamanship, or that you must hold an advanced offshore license before you are “allowed” to gain real sea experience.

Does “No License” Mean More Accidents & Rescues?

There is a persistent myth in heavily regulated countries that operating without a mandatory state license is “dangerous” and places an unfair burden on sea rescue services.

A debate on a social media post after a German television programme interviewed two young sailors who finished their circumnavigation (having started with only the most basic motorboat qualification) recently highlighted this exact reflex, with critics claiming that sailors operating on basic credentials put rescue crews at risk. My response to that debate cuts to the heart of real seamanship:

“No license in the world gifts you safety at sea—safety comes from experience, respect for the weather, and genuine seamanship. Experience must be earned on the water. If you start a circumnavigation from Northern Europe, you must navigate the North Sea, the English Channel, and the Bay of Biscay. Mastering these challenging tidal waters builds far more real competence than memorising multiple-choice exam questions.

In major sailing nations like the UK, the Netherlands, Ireland, or France, there is no statutory license requirement for private sports shipping. People still learn to sail, but the training systems (like the RYA) are designed to build real operational competence and seamanship rather than testing minimum exam standards. Responsibility is not shown by a piece of paper in a cupboard—it is shown in your willingness to learn, your humility before the elements, and your real ability on deck.”

Look at France, where offshore sailing is deeply rooted in the culture, and no government license is required to sail a private leisure boat with an auxiliary motor. France produces some of the finest sailors on the planet. Yet, even at the absolute elite level, rescue interventions happen.

As an Irish sailing fan, it was heartbreaking to watch Irish skipper Tom Dolan—winner of the 2024 Solitaire du Figaro and one of the world’s most accomplished solo offshore sailors—get forced out of Leg 3 of the 2026 Solitaire du Figaro. While leading, his boat ran aground on the treacherous Chaussée de Sein off Brittany, requiring a Navy helicopter airlift in heavy swell. Extreme weather damage, groundings, dismastings, and airlifts happen regularly to world-class, professional sailors pushing the limits of the sport.

Maritime emergencies are driven by structural failures, rapid tactical shifts, and raw ocean power—not by whether a leisure sailor holds a laminated government card.

The claim that uncertified leisure sailors cause a flood of avoidable rescues is completely disproven by search-and-rescue data across Europe:

• What Rescue Services Actually Do: Official annual statistics from the RNLI (UK and Ireland) show that out of more than 9,000 lifeboat launches a year, sailing yachts account for less than 8% of total launches. Callouts are overwhelmingly for beachgoers, paddleboarders, people on inflatable toy boats blown offshore by wind, walkers cut off by tides, or routine mechanical failures on motorboats.
• Why Yachts Call for Help: When sailing yachts do require assistance—whether in non-licensed countries like France and the UK, or licensed countries like Germany (via the DGzRS)—it is almost always due to sudden engine failure, steering breakdown, net entanglements, or severe weather damage. These issues affect highly qualified, professional crews just as easily as novices. Per capita and per kilometre of coastline, uncertified sailors in France or the UK do not produce higher rescue rates than certified sailors in Germany.

In fact, there is an argument to the contrary: that mandatory certification can create a false sense of security, leading newly licensed skippers to believe they “know it all” after passing an exam, potentially taking risks they are not yet equipped to manage.

The Big Misconception: “Right of Way” Does Not Exist at Sea

Where inland lake sailors frequently struggle online and on the water is not the mechanics of sailing—it is the rules.

If you browse online sailing forums, you will constantly see inland (or regatta) sailors arguing about who has “Right of Way” (Vorfahrtsrecht). But here is a critical fact that every seaman should know: “Right of Way” does not exist in the International Regulations for Preventing Collisions at Sea (COLREGs).

The word “Right” implies an entitlement. Under COLREGs (Rules 12, 13, 15, and 18), the law only defines Give-way (Ausweichpflicht) and Stand-on (Kurshalter) duties:

• The Give-Way Vessel: Required to take early, substantial action to keep well clear.
• The Stand-On Vessel: Required to maintain her course and speed so the give-way vessel can predict her movement. (You are still required to change course to avoid a collision if the give-way vessel does not alter course, but you should give them time and be predictable so that they can change course)

On inland lakes in Switzerland and Germany, regulations (Binnenschifffahrtsverordnung) give blanket priority to commercial passenger ferries over pleasure craft. Lake sailors are conditioned to panic and get out of the way of any ferry immediately.

At sea, however, assuming a ferry or cargo vessel automatically has priority based on lake rules can be fatal. As we analysed in our breakdown of the Splitska Vrata Ferry Collision, if a pleasure craft makes an unpredictable, panic-induced course alteration in front of a commercial vessel because they assume “the ferry always has priority,” they break COLREGs, confuse the commercial bridge team, and create a high-risk collision sequence.

Ocean First: You Don’t Need a Lake License to Start

You do not need to spend years on an inland lake or collect stackable paper certificates before you are “allowed” to go ocean sailing. You can learn to sail directly on the sea from Day 1.

In fact, in many ways, sea sailing is simpler than lake sailing:

• Consistent Winds: Ocean thermals and gradient winds are far smoother and more predictable than the violent, 90-degree katabatic shifts off mountain cliffs.
• Sea Room: On a lake, safety usually means getting to shore quickly. At sea, safety means staying away from the lee shore and using your open sea room to think and prepare.
• Tides Are Just Math: Tides are not black magic—they are predictable timing and simple vector arithmetic.

Shifting from Tests to Seamanship

If you learned to sail on an inland lake, don’t let administrative jargon intimidate you. Focus on moving from passing tests to building real sailing experience:

1. Get Active Helm Hours: Take the helm on local waters (via boat-sharing like Sailbox or local social sails) without an instructor hovering over your shoulder.
2. Master Boat Feel: Focus on the 5 Essentials—hull heel, sail pressure, and balance—rather than staring at electronic displays.
3. Recognise Your License as a Learner’s Permit: Take a model like the RYA Day Skipper: it isn’t a high-stress, single-day exam factory. It relies on continuous, direct assessment over an entire week on the water with an instructor, removing exam panic and ending with a progressive debrief regardless of the outcome. It gives you the minimum safe skills required to go out and start earning real-world experience. Passing the course is explicitly framed as the beginning of your learning journey, not the finish line. Mandatory exam cultures frame things completely backwards by treating a paper certificate as the ultimate proof of mastery.
4. Bridge the Gap on a Guided Coaching Trip: If you want to transition to open water, join an active Skipper Coaching Week in Croatia where an experienced coach handles ultimate liability while you take full command of the yacht, docking, and passage planning.

At the end of the day, water is water and wind is wind—and we need to stop putting bureaucratic and cultural obstacles in the way of people who want to learn.

Too often, an “old guard” of box-tickers—boasting about a certificate earned in 1982 as if it renders them invincible—makes entry into this sport unnecessarily intimidating. But every sailor started at Day 1, and real seamanship means admitting we learn something new on every passage. (In fact, be very wary of any skipper who claims they know it all!)

Instead of gatekeeping with paper cards and exam fear, we should be encouraging those new to the sport, building their real confidence on the water, and supporting them as they step off the lake and head to sea.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real confidence, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Seamanship & Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online workshops covering boat-handling dynamics, weather app interpretation, Swiss D-Schein exam strategy and much more.

View Events & Workshops →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post Unlearning Lake Habits: Why Experience Beats Paper When Heading to Sea appeared first on All Winds Adventures.

Exploring Albania by boat is definitely an adventure, but it is a coastline defined by sharp contrasts. Straddling the border of the Ionian and Adriatic seas, this stretch of water offers dramatic, untouched landscapes, though the formal maritime infrastructure remains very much in its infancy.

Seamanship is always relative. While Albania isn’t a place you would choose for your very first cruise or independent charter—and some fleet companies won’t even allow you to cross the border into Albanian waters—it is highly rewarding for those looking to expand their coastal cruising horizons.

Here is our honest, real-world logbook guide from our recent transit on board our Beneteau Oceanis 41.1, All Winds.

Albania Cruising: Quick Logistics Overview

• Entry Port: Sarandë (Coming from Corfu, Greece)
• Customs Clearance: Obligatory to use a maritime agent
• Best Shelter Found: Sazana Island (South-east corner)
• Marina Infrastructure: Orikum Marina is currently the only operational yacht marina in the country (though we didn’t stop there on this leg).
• Commercial Ports: It is possible to berth in some of the commercial ports like Durres
• Fuel/Water: While in theory fuel and water can be arranged at ports like Sarande, Durres or Himarë, the reality is that it is at best complicated. The Marina in Orikum is probably your best bet. But better still, top up on both when sailing from Italy, Greece or Montenegro so that you are stocked up for your stay in Albania.

Crossing the Border to Sarandë: Exiting the EU

Sailing across the strait from Tzoufaka Beach on Corfu takes just over an hour. It is important to note the legal boundaries here: you officially leave the EU before entering the bay in Sarandë, which means your yellow quarantine flag (Q-flag) should already be flying by the time you approach the harbour.

If you have been in touch with a local maritime agent in advance, the check-in process is straightforward. These agents regularly monitor the port radio and will be tracking your arrival. Our agent met us right as we anchored in the bay of Sarandé, handled our paperwork with impressive efficiency, and gave us a solid briefing on cruising the country. In Albania, using an agent to check in is mandatory, but it does make the process painless and is not hugely expensive. (Approx 75 Euro per clearance entry or exit)

The town of Sarandë itself presents an immediate wall of rapid high-rise development and glittering hotels along the waterfront. Yet the moment you walk just one street back from the tourist facade, you quickly realise it is a complex mix of new-money affluence and deep systemic poverty shaping Albania’s modern story.

Planning your first sailing holiday? Albania is an incredible destination to visit once you have some nautical miles under your belt. If you are planning your very first bareboat charter, you will want a destination with effortless mooring and turn-key marinas. Check out our First-Time Charter Guide on our website. Our Worldwide Charter Agency specialises in helping new skippers safely source and book beginner-friendly boats across the Ionian, Adriatic, or Tyrrhenian seas, and we handle all the fleet logistics for you.

Administrative Details

Currency

The local currency is the Albanian Lek (ALL), with the exchange rate hovering around 1 Euro to 90 Lek. For quick mental math, we simply treated it as 1 to 100. Euros are widely accepted, but cards are not always taken outside of the main cities like Durres and Sarandé.

Phones

Albania is not in the EU (although it is looking to join), so roaming from an EU phone here is quite expensive. Albanian SIM cards are readily available and reasonably priced and can be used in other non-EU Balkan countries such as Montenegro with no roaming charges. (We purchased a Vodafone card and used it also when we sailed on to Montenegro)

Agents

Unlike Montenegro, an agent is a requirement to check into Albania. There are many available and all charge similar rates of about 70 Euro or so. (Budget 50 to 100 Euro for check-in and to check out again). The Agent makes the process very easy and quite relaxed, as well as being able to give you tips on things to do and places to visit locally.

The Albanian Riviera: Porto Palermo and the Himarë Swell

By the time we returned to All Winds, a solid 16 knots of onshore wind had filled in, and the bay of Sarandë had transformed into a chaotic playground of day-tripper boats. We pulled up the anchor and pointed the bow north toward the historic anchorage of Porto Palermo.

The Navigational Reality: The fish farms at Porto Palermo are marked on Navionics charts, but their full extent is not fully detailed. It is entirely possible to anchor in the bay, but because we weren’t completely satisfied with both a safe anchorage and a safe getaway, we decided to not risk it. Where we would have liked to anchor was to the south of the castle on the peninsula in the middle of the bay. This would be inside the fish farms, and we saw reports on Navily of people getting fouled on the ground tackle from the fish farms. While we could have safely anchored in daylight, we would have been trapped if something went wrong in the dark.

Himarë was a peaceful seaside village, but getting the boat to stay put was a challenge. We struggled to find decent holding as the bottom seemed to be a layer of sand over harder rock or dense sand, and the anchor gripped initially, but it was difficult to get it to bed firmly in. The open geometry of the bay allowed a persistent, uncomfortable swell to roll straight in, leading to a thoroughly restless night.

Grama Bay to Sazana: Deciding to Bear Away

After a restless night in Himarë, we weighed anchor early, hoping the coastline would offer something more hospitable further north. Based on reviews from other cruisers, we pinned our hopes on Grama Bay.

Grama Bay is visually stunning—a pristine, turquoise cove cut into the high cliffs. You enter through a dog-leg with the beach at the back of the bay obscured when looking in from the sea. There is a certain sense of foreboding when entering the narrow entrance, but once you are in, it looks like the kind of idyllic beach you might find on a Hollywood castaway movie. However, it is not really suitable for anchoring except in the calmest of conditions, and preferably only with very small boats. The bay is tiny, spanning only a few boat lengths of usable width, with a rocky shelf extending along the entire southern side (not well charted!). Seeing nowhere to get the satisfactory anchor hold we wanted (and not wanting to be actual castaways on the beach!), we turned the boat around and steamed back out to the open sea.

The moment we cleared the cliffs of the bay, the wind kicked up instantly. We quickly put in the first reef, and shortly after, we were down to the second reef and just a scrap of jib. The wind was now howling at a steady 30 knots directly on our nose.

Beating into a short, steep, and punishing head sea, our tacking angles were poor, and we faced 20 miles of exposed water before finding any reliable shelter at Sazana Island. Weighing up our options, we decided it was prudent to bear away; there was little sense in punishing the rigging or the crew.

We turned downwind and ran back south to seek shelter behind the cliffs of Gjipe Beach. While it wasn’t an amazing, fully protected shelter, it successfully got us out of a spot of bother for the night under towering canyon walls.

Sazana Island and General Chart Observations

The following morning, we restarted our trek north toward Sazana Island, which ultimately provided our only truly relaxed, peaceful night’s sleep on the entire Albanian coast.

Strategic defence lookout stations, concrete gun turrets, and military tunnels are carved into the cliffs here at every angle. It sits at a unique political crossroads; the island has become the focus of a proposed $ 1.4 billion luxury resort development backed by Affinity Partners (linked to the Trump family), which has drawn significant international media attention and local environmental scrutiny regarding the rezoning of this former military enclave.

We hadn’t planned going ashore on Sazana, but seeing the defensive structures and reading about the history of the island made us feel that we had to get some first-hand experience of what the island was like, so we jumped in “smAll Winds” (our dinghy) and motored up to the harbour on the east side of the island. As it was a Sunday in early June, the harbour was full of day-tripper boats (and quite some litter), but you could immediately see the touristic potential for this stunning island. Hopefully in a way that the Albanian people and tourists with a more normal budget will be able to enjoy for years to come.

There is still a small military presence on the island, and anchoring in the harbour is not allowed overnight (at the time of our visit), but anchoring on the southeast corner is allowed despite what it says on the Charts about it being a prohibited military zone.

A Note on Inaccurate Charts: Our passage around Sazana and the northern coast highlighted a definitive rule for navigating Albania: digital charts are frequently out of date. We encountered depths that clashed with reality and markers for coastal inlets that simply did not exist. To manage this safely, we constantly cross-referenced our chartplotter with user-reported data on Navily and the pilotage notes within the Imray Adriatic Pilot and kept a constant eye on the depth sounder. Safe navigation here requires slowing down, cross-checking multiple platforms, relying heavily on traditional visual piloting and checking your depth sounder.

Anchoring in the Open Sea: Punta Samaná

Once you leave Sazana, the dramatic 2,000-meter mountains plunge away, replaced by a featureless, low-lying horizon. There are zero natural bays or headlands to hide behind, and the water is so shallow that you can find yourself two miles offshore in just 10 meters of water.

With no options on the chart, losing daylight before Durrës and not wanting to navigate in the dark with shallow water and poor charts and many unlit black flag fishing markers, we were forced to anchor outside a remote river mouth near Punta Samaná.

This wasn’t a standard anchorage; we were sitting more than a mile away from the sandy beach in 6 meters of completely open water. The relentless residual swell rolled in continuously from the open sea. We rigged a bow-and-stern bridle system to try to force All Winds to head directly into the oncoming waves, but against competing coastal currents, it proved an ineffective solution. We spent a thoroughly exhausting night rolling in the open sea, waiting for dawn to pull the chain and keep pushing north toward Montenegro.

Commercial Realities and Logistical Nuances: Durrës

We weighed anchor at first light to escape the rolling swell of Punta Samaná, steering north along the low-lying coast toward Durrës. As Albania’s principal commercial shipping port, Durrës presents an entirely industrial environment. The dramatic Riviera cliffs disappear, replaced by a busy harbour landscape dominated by container ships, large Adriatic ferries, and heavy commercial concrete piers.

While there is an option to execute a Greek-style Med mooring alongside the concrete quay wall inside the main basin, the constant surge from commercial shipping traffic makes this less than ideal. We chose instead to anchor outside the main industrial harbour limits and use our dinghy to head ashore to meet our agent for clearance.

• Logistical Tip: If you tie up or land inside the commercial port area, accessing the town of Durrës on foot is exceptionally difficult and potentially hazardous, as the industrial complex is isolated from the town centre by a major motorway. For future cruisers, we highly recommend taking your dinghy directly to the public beach promenade to access the town, either before checking out or immediately after checking in.

Clearing Customs and a Night Departure

Our agent met us at the port, collected our entry documentation and crew passports, and managed the exit clearances efficiently while we coordinated our departure. However, upon returning to All Winds, we were faced with a sudden change in the forecast. A line of thunderstorms had developed and was tracking across the Bay of Shëngjin to the north, with relatively high CAPE out in the Adriatic basin.

Rather than running directly into a convective system in a shallow bay, we chose to hold our position at anchor until approximately 21:00, allowing the initial storm cells to move through. We then weighed anchor and pointed the bow northwest into open water, tracking well out to sea to give the coastal weather systems a wide berth on our way to Bar, Montenegro.

• Navigational Warning for Durrës Approach: Navigating the Bay of Durrës requires some vigilance, particularly in low visibility. During our night departure, we noted that a number of cardinal buoys were completely off station compared to our charts. Furthermore, the outermost port lateral buoy marking the channel approach was entirely unlit. In an area with substantial commercial traffic and shallow shoals, skippers should rely heavily on radar, cross-reference visual soundings, and maintain conservative speed lines when entering or exiting after dark.

Explore the Sea with All Winds Adventures

Exploring Albania by boat was not without challenges, but seeing the beauty of the coastline and getting away from the main Mediterranean tourist areas was highly rewarding. We got to experience a raw coastline which is currently in transition. It was an unforgettable experience once you have the right foundations to manage the lack of infrastructure safely.

It’s worth noting that when sailing Albania in the event of an emergency, your most direct downwind safe harbour may be in another country; this may provide entry/exit complications and/or fines if not managed correctly. At one point when we were bearing away after Grama Bay, we were initially thinking of heading to Ereikoussa or Othonoi in Greece before heading back to Gjipe Beach.

Whether you are looking to build your confidence or book your next holiday, All Winds Adventures is your partner on the water:

• Charter All Winds Directly: Our beautifully upgraded Beneteau Oceanis 41.1 is available for private bareboat charter bookings out of our base in Croatia.
• Worldwide Charter Brokerage: Looking to charter a monohull or catamaran somewhere else in the Ionian, Adriatic, or Tyrrhenian seas? As an independent agency, we source quality boats worldwide at competitive rates, managing the fleet logistics for you.
• Sailing & Windsurfing Coaching: From refining your skills closer to home on the Swiss Lakes (Zug/Zurich) to intensive skipper training weeks in the Mediterranean, we help you build practical, real-world capability.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real confidence, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Seamanship & Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online workshops covering boat-handling dynamics, weather app interpretation, Swiss D-Schein exam strategy and much more.

View Events & Workshops →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post Exploring Albania by Boat: An Honest Cruising Guide appeared first on All Winds Adventures.

While the summer Nevera is a sudden, often violent, short-lived convective weather phenomenon, the Bora and the Jugo are two of the structural pillars of Croatian weather. They are the two core wind systems of the region—opposing forces that dictate where you can sail, where you should seek shelter, and how the sea will behave.

Understanding the nuances of these winds is essential for comfortable coastal cruising in the Adriatic. Here is a practical guide to reading, handling, and working with the Bora and Jugo when sailing in Croatia.

1. The Bora (Bura): The Cold Katabatic Force

The Bora (locally known as the Bura) is a north-to-northeastern wind. It is a katabatic^* system, driven by pressure differences between a cold air mass over inland Europe (such as Maribor) and the warmer air over the Adriatic Sea.

It functions on the same meteorological principles as the Alpine Föhn or the French Mistral. Cold, dense air accumulates on the landward side of the coastal mountain ranges, such as the Velabit and Biokovo ridges. Once it spills over the mountains, it accelerates down the steep slopes, dropping onto the sea surface with significant velocity.

^*A katabatic wind is a gravity-driven air flow where cold, dense air falls (also known as a Fall wind) rapidly down steep elevated terrain toward lower, warmer ground.

Our Experience: Looking Beyond the Black-and-White Warning

When we first chartered in Croatia, well-meaning but overly anxious friends passed their own concerns onto us, stripped of real-world context or local options. For them, weather risk was viewed in black and white: “The Bora is dangerous; if it is forecast, you simply do not leave the marina.” As new arrival skippers in the region, this projected anxiety made us overly cautious, and we unnecessarily missed out on several good sailing days. On that trip, with a Bora warning active, we chose to tuck ourselves into a marina in Mali Lošinj to sit it out, having noticed on the charts that the local wind gradient should be moderate there.

We had two completely pleasant, relaxing days on the island, but as we observed the weather unfold, we realised we could have safely been on the water. While the Bora was blowing hard through the Velabit and Kvarner channels, our pocket of the islands remained entirely manageable.

We subsequently learned that Boras vary significantly in intensity. Some are severe gales with gusts reaching 80 knots, while others simply offer excellent, clear-sky sailing conditions provided you understand the topography and find shelter from the winds descending off the mountains. Over the years, we have experienced both ends of the scale: we have happily sailed and anchored through moderate Bora, and we have spent nights with a steady 40 knots recorded inside a “sheltered” marina.

Real World Lessons

The true spectrum of the Bora is often best observed by watching how different crews cope with it. We once watched a charter boat struggle into a marina during a blow with their in-mast furling mainsail completely exposed and lashed clumsily to the mast and boom with spare lines. The crew had been caught out in severe conditions and, possibly due to a mix of high wind load and improper sail angle (we don’t know for sure), the furling mechanism jammed. Unable to roll the sail away, they were forced to manually douse and tie down the sail while underway just to reduce their windage enough to enter the harbour. It was a stark reminder of how quickly a minor mechanical complication can escalate when the environment changes. The extra windage definitely didn’t make their harbour manoeuvre any easier.

Read the Warnings

Because the Bora can be highly localised, we rely on a combination of digital forecasting models and immediate sensory observation rather than automated app icons.

• The Windy Overlay: When evaluating weather models, a genuine Bora shows a highly distinct pattern. Look for an aligned Northeast/East orientation running along the entire length of the high coastal mountain ranges, with the wind on the immediate seaward side of the mountains looking recognisably stronger than in the surrounding sectors.
• The Gusts Layer: To find potential relief or assess the true operational threat, do not just look at the base wind layer. Switch to the Gusts layer on Windy; this is where the specific intensity and potential pockets of lighter wind become visible.
• The Temperature Drop: At the helm, your first physical warning is often thermal. You will notice a distinct, sharp drop in air temperature; the air suddenly feels cooler and crisper on your skin before the first heavy gusts arrive.
• Cloud Cap: Locals talk about a cloud cap on the coastal mountains such as the Velabit mountains. This cap signifies the start of the Bora, and when it’s at its peak, they tend to fracture a little. Once the clouds disappear, the Bora should be coming to an end. (With a Black Bora (see below), the clouds will come out over the sea bringing poor weather with them.)
• Model Consensus and Comparison: Local Croatian gale warnings can be notorious for over-triggering. Rather than relying on a single warning broadcast, use Windy’s built-in ‘Compare’ tool to view multiple forecasts side-by-side. For premium users, this includes the high-resolution local ALADIN model right alongside major global systems like ECMWF and ICON. When both the localised regional model and the global models align to show a unified wind event, you can trust that it is highly likely to materialise. If the models clash, it signals high uncertainty—meaning you should plan your itinerary around the worst-case scenario.

White Bora vs. Black Bora

• The White Bora (Most Common): This is the anticyclonic wind that occurs under clear blue skies. It brings crisp, cold, and exceptionally dry air. The visibility becomes remarkably sharp, making distant islands appear much closer than they are.
• The Black Bora (The Exception): This occurs when a low-pressure system sits over the southern Adriatic. It brings low clouds, persistent rain, and cold, sustained gales. While more common in winter, it can occasionally disrupt the shoulder seasons.

Another unnerving situation we witnessed involved a vessel coming back into port with its Genoa torn to ribbons, a stanchion bent flat, and the radar dome ripped clean off the mast. They had been caught out in a building Bora, and a minor complication while trying to furl the sail instantly spiralled into a massive chain reaction. In >30-knot gusts, the flailing jib sheets began whipping violently across the deck, wrapping around the radar dome and stanchion and tearing them out before the sail cloth disintegrated. It’s a heartbreaking experience, and a sobering reminder of just how fast a situation can get out of hand at sea when the environment escalates.

This is exactly why rigid, black-and-white ‘if-then’ rules fail in seamanship. Forcing a vessel using mechanical power rather than understanding the subtle variations of wind angle, load release, and line management will inevitably lead to structural failure.

The Bora Wave Profile: Short, Sharp Chop

Because the Bora blows directly off the mainland mountains, it has very little “fetch” (the distance wind travels over open water to build a wave). Consequently, the sea right along the mainland coast remains deceptively flat, though the wind can atomise the surface into a white sea mist (with winds >45 knots) often seen in the Kvarner and Velabit channels.

As you move further offshore, the water develops into a disorganised, short, and sharp vertical chop. It is an erratic, steep sea state with a much shorter period than open-ocean waves, meaning it pounds a hull rather than lifting it.

Tactical Routing and Ground Tackle

• False Security of a Steep Coast: A frequent error is anchoring right at the base of a steep mainland mountain, assuming the high terrain will block the wind. The katabatic effect actually accelerates as it drops. If you anchor directly under the cliffs, heavy gusts can descend vertically onto your deck overnight without warning. It is far safer to identify lighter areas on the Windy gusts layer and seek shelter in the lee of the lower, outlying islands (such as Mali Lošinj or Korčula), where the high terrain of intervening land shifts the main force over your mast. With katabatic winds, the actual wind felt at the water surface may be stronger than what your masthead instruments measure!
• The Illusion of the Bay: Topography can play tricks on your situational awareness. We once spent a perfectly calm, beautifully sheltered night at anchor in Uvala Žuljana on the Pelješac peninsula. In the morning, the bay was still flat and peaceful. We raised the mainsail while still at anchor in nice, light conditions, but because we knew what the models looked like outside, we proactively put a double reef in the sail. It was the correct decision: the moment our bow cleared the natural wind shadow of the bay’s headland, we were instantly slammed by a 30-knot gust out of nowhere.
• Balanced Snubber: Because the Bora is inherently gusty, a boat at anchor will often yaw violently from side to side, placing immense, snapping loads on your windlass. Always deploy a snubber line to take the load off the windlass brake, but ensure your setup is highly practical. First, keep it simple and easy to release in case you need to abandon the anchorage quickly. Second, avoid fixing the snubber to just a single bow cleat on one side of the hull. Doing so pulls the boat off-centre, causing it to sheer heavily and increasing the violent sailing action. Instead, rig a balanced Y-bridle or lead the line cleanly through the centre bow roller. This allows the boat to seek head-to-wind naturally and stabilises your position. It will still sail a little at anchor, but the loads will tend to be more balanced in the long run.

2. The Jugo (Scirocco): The Humid Wave-Builder

The Jugo (known across the wider Mediterranean as the Scirocco) is a stable, large-scale gradient wind that blows from the south-southeast. It is triggered by a low-pressure cyclone moving to the west of the Adriatic, drawing air directly up from North Africa.

The Weather Profile: Warm, Humid, and Progressive

While the Bora is cold and clear, the Jugo is warm, intensely humid, and heavy. It brings a falling barometer, low cloud decks, and steady rain. Because the air mass originates in the Sahara, a sustained Jugo often carries fine desert dust, leaving a distinct orange film across the decks. (Keep your sails in their sail bags if you want to keep them white!)

Spring and Autumn Jugo Storms: High Winds and Steep Seas

During the spring and autumn shoulder seasons, the Jugo can develop into substantial, long-lasting storms. We have experienced Jugo conditions delivering sustained winds of 40 to 50 knots. While these high-intensity conditions can be excellent for windsurfing or wing-foiling, they are far from ideal for comfortable cruising under sail.

At this high intensity, the waves can easily build to heights of 3 or 4 metres. However, because the Adriatic is a relatively narrow, enclosed basin, these waves still retain a short wave period. They are steep, close together, and aggressive. Even in a moderate Jugo, the short-period swell bouncing inside the island channels can quickly cause severe motion sickness for an unprepared crew.

Tactical Routing: Working Inside the Channels

Because the Jugo builds gradually over 24 to 48 hours as the barometric pressure drops, it allows plenty of time for route planning.

While the open sea outside the archipelago becomes rough, a skipper can move into the protected inner island channels. Using the outer islands as a natural breakwater blocks the open-sea waves. While it will still be windy, the water inside the channels remains relatively flat, allowing for predictable downwind or reaching sails.

It is simply a matter of identifying shelter on the northwestern or northeastern bays of the islands early, as open southern bays become completely untenable as the swell rolls in. Always account for acceleration zones—narrow channels and geographical gaps where the wind speeds compress and can suddenly intensify around the islands.

Summary: The Adriatic Wind Contrast

In Spring and Autumn you can expect to experience one or both of these systems on a typical one or two week period in the Adriatic. We have experienced two Boras and one Jugo once in a two-week trip in April. We still got some great sailing in between but had 3 days harbour bound over the two weeks due to winds in excess of 40 knots.

Explore the Elements with All Winds Adventures

Understanding local weather patterns is what transforms a coastal cruise into a rewarding experience. At All Winds Adventures, we focus on thorough preparation and practical seamanship.

• Charter All Winds Directly: Our Beneteau Oceanis 41.1 is available for bareboat charter bookings directly from our base in Croatia.
• Worldwide Charter Brokerage: Planning a holiday elsewhere in the Ionian, Adriatic, or Tyrrhenian seas? As an independent agency, we source and vet quality fleets worldwide to ensure your logistics run smoothly.
• Sailing & Windsurfing Coaching: Want to improve your heavy-weather sail trim, understand wind gradients, or handle short-period chops? We offer coaching clinics on the Swiss Lakes (Zug/Zurich) as well as practical milestone training weeks in the Mediterranean.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real confidence, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Seamanship & Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online workshops covering boat-handling dynamics, weather app interpretation, Swiss D-Schein exam strategy and much more.

View Events & Workshops →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post Sailing Croatia’s Most Notorious Winds: A Practical Guide to the Bora and Jugo appeared first on All Winds Adventures.

In recent times, my feed seems to be flooded with endless debates on anchoring: how much scope is enough, where should I anchor, and why calculators give completely different answers. For a long time, I never considered writing anything about anchoring—I assumed it was one of those foundational skills that every skipper had dialled in. But watching social media rants about charter boats dragging, seeing panic-stricken crews in crowded coves, and witnessing midnight near-misses tells a different story. It’s time to add my $0.02 to the debate on how to anchor overnight safely.

Quick Summary: The Golden Rules of Anchoring

• Include Bow Freeboard: Always calculate scope using Water Depth + Bow Freeboard Height (e.g., 5m depth + 1.5m bow = 6.5m total vertical height).
• Our Baseline Scope: Use a 5:1 ratio for standard overnight stays, dropping to 4:1 only in tight coves, or expanding to 8:1+ in heavy weather.
• Verify Mechanically: Reverse under 1,500–2,000 RPM while checking a 90° beam transit onshore and feeling the chain for vibration.
• Protect the Windlass: Never leave full load on the windlass gears; transfer tension to bow cleats using an elastic nylon bridle or Dyneema loop.

The Midnight Anchorage Drama

Recently, we were anchored in a Greek bay using our preferred baseline: a 5:1 scope calculated using Water Depth plus Bow Freeboard. We had set the anchor hard, tested it under engine load, and then pulled in just enough chain to match the local swing radius of the boats around us. Mid-afternoon, a 50-foot yacht flagged from across the Atlantic (not a charter boat!) dropped anchor inside us, squeezing between a French catamaran and our bow. They let out roughly 15 metres of chain in 12 metres of water—barely a 1.2:1 scope!—and immediately sat back to enjoy their anchor beers.

Fast forward a few hours, and as Murphy would have it, just after dark a light breeze filled the bay. Their anchor instantly unseated. Suddenly, one of the crew was in tears on the foredeck, unable to operate the windlass (which for some reason had jammed), while a panicked skipper was glued to the wheel trying not to smash into the French catamaran behind them. That catamaran, in turn, was pushed back against its stretched catenary toward an angry German sailor shore-tied at the back of the cove, who was insisting that the French boat was also dragging.

Because we had chosen an anchorage position with a clear escape route, set generous scope, and properly buried our anchor, we remained securely in place while the chaos unfolded around us. While any of us can experience bad luck—an anchor that fails to reset when the wind shifts, equipment failure, or someone else interfering with our ground tackle—good preparation at least gives you a fighting chance when things go sideways.

Where to Anchor Overnight Safely

In general, you want to anchor somewhere protected from wave action with good holding (e.g., sand or packed mud bottoms). While wind protection is beneficial, it is not always as important as swell and wave protection. Choose a bay sheltered as much as possible on all sides from the expected swell and wave angles, as well as the wind angle. This could mean sheltering behind a flat island where the wind blows over the land, but the sea state remains flat. In many Mediterranean countries, anchoring at the foot of a steep mountain may mean you get woken up in the middle of the night by katabatic winds falling off the cliffs, ruining a good night’s sleep.

Seagrass / Posidonia

Seaweed is terrible for anchor holding. Usually, the anchor gets caught in the strands, gives a weak hold, and then the roots break under load, leaving you dragging across the bay. Furthermore, Posidonia seagrass is strictly protected in many jurisdictions, which can lead to heavy fines if you are found anchored in it (or even if your chain drags across it). Look for clear patches of sand when you drop your anchor, and ensure your chain lies over sand whenever possible.

How Much Chain Is Out and Communication

Some boats have a chain counter at the helm, which comes with its own advantages and disadvantages. On All Winds, we don’t have one, so one of us goes forward to the foredeck when anchoring. We have our chain marked every 10 metres with bright paint, which works brilliantly (though it does need periodic repainting). To keep deck communications calm, we use a simple set of hand signals:

• At the Helm: When we reach the drop spot, the person at the helm holds up fingers corresponding to the desired chain length (3 fingers = 30m, 4 fingers = 40m).
• At the Bow: The person on the bow drops the anchor, gives a thumbs-up the moment the anchor hits the seabed, and then holds up fingers at every passing colour marker (2 fingers = 20m, 3 fingers = 30m).

This simple visual system means we can anchor smoothly without ever raising our voices over the wind or engine noise.

How Anchors Actually Work: The Angle of Attack

An anchor is designed to drag along the seabed until its fluke digs in, using the resistance of the bottom to set deeper as load increases. However, an anchor can only achieve maximum holding power if the pull on its shank is nearly parallel to the seabed at an angle of pull of approximately 10° or less.

• Parallel Pull (≤10°): The chain pulls horizontally along the sea floor. As the boat pulls back under wind load, the anchor buries itself deeper and achieves maximum resistance along the seabed.
• Upward Pull (≥15°): If the chain angle gets too steep, wave lift or wind gusts increase the upward vertical pull on the shank. This pulls the fluke out of the seabed, tripping the anchor.

The Freeboard Fallacy: The Math Most Calculators Miss

When sailors ask, “How much scope do I need?”, the standard textbook answer given by training bodies like the RYA is usually 4:1 for all-chain or 6:1 for rope-and-chain rodes. Some European skippers use rules of thumb like 2 × Depth + 15m. Many people—even quite experienced sailors—take these rules at face value and calculate scope using water depth alone. However, because the anchor line attaches at the bow roller, the vertical distance from the bow roller to the water surface (freeboard) must be included in your calculations. Unfortunately, measuring depth strictly from the seabed to the water surface while forgetting bow roller height is widespread.

On a modern 40-foot cruising yacht like All Winds, the bow roller sits roughly 1.5 metres above the water surface. If you anchor in 5 metres of water according to your depth sounder, the actual vertical distance from your bow roller to the seabed is 6.5 metres.

Our Golden Rule on All Winds: Laying Cards on the Table

Ask 10 skippers about scope, and you’ll get 15 opinions. On All Winds, here is ours:

• The 5:1 Baseline: We use 5:1 (Depth + Freeboard) as our standard starting point. We drop, set, and test the anchor at this scope. In normal conditions, once set and verified, we are completely confident the boat is staying put.
• Tight Swing Room: If an anchorage is crowded and we are worried about swing radius, we may take in a small amount of chain after setting, but we try never to drop below 4:1 except in very exceptional circumstances.
• Blowing a Hooly: When katabatic winds or severe fronts threaten, we dump generous chain. On one occasion in Greece, facing 40-knot katabatic gusts, we let out 55 metres of chain in 5 metres of water (>8:1 scope!). We held so securely overnight that we almost had trouble digging the anchor back out of the seabed the next morning.

All of these formulas are rules of thumb—it’s vital to understand what is going on and adapt them to the situation. A 5:1 baseline gives you a cushion of extra safety. Once the anchor is buried, you can shorten scope back toward 4:1 or let out more depending on circumstances. Knowing the physics allows us to make educated decisions rather than blindly dumping a pile of chain on the seabed. I’ve sat in crowded bays and watched dictatorial skippers interrogate every newly arrived boat about how much chain they dropped, showing zero trust that newcomers might also know what they are doing—or might even have a better understanding of the math!

Tides and Currents: Sailing Beyond the Med

If you venture out of the tideless Mediterranean into waters with significant tidal ranges (such as the UK, Atlantic France, or the US East Coast), tidal calculations become critical for two reasons:

• High Water Scope: Calculate your scope based on the predicted depth at High Water. If you set a 5:1 scope at low tide in 4m of water with a 3m tidal range, your scope will shrink to a dangerous 3:1 when high tide rises.
• Low Water Clearance: Ensure you have sufficient depth under your keel at Low Water so you don’t ground when the tide falls. Always account for local tidal streams or reversing currents that will swing your boat in 180° arcs twice a day in semi-diurnal tidal areas.

Testing the Set: Why We Skip GPS Alarms for Real Physics

We are not big fans of relying solely on phone or plotter GPS anchor alarms. They are finicky to set accurately to the actual drop point of the anchor, your boat already moves 12 to 15 metres from the bow to the stern helm, and phone GPS units frequently drop satellite coverage inside a fibreglass hull during sleep mode. All of this leads to false alarms waking you up at 3 AM—or worse, an alarm that fails to trigger until you’ve already dragged 30 metres.

We are firm believers in a simple philosophy: set the anchor well, verify it physically, and listen to the boat.

When setting our anchor, we actively pay out scope over the ground as the boat moves backwards—never dropping the anchor and a lump of chain in a heap hoping the wind drags it straight. Once the anchor touches bottom, we lay the chain out along the sea floor, lock the chain clutch, and gently engage reverse. First, we let the boat settle at idle reverse. Once the chain takes initial tension, we systematically increase engine revs in reverse—1,500 RPM for an expected low-wind night, and 2,000+ RPM if we expect heavy weather.

While reversing under load, we verify holding using five physical checks:

1. Beam Transits: Pick two fixed objects onshore that line up as close to 90° off the beam (side) of the boat as possible—for example, a navigational marker in front of a tree, or a chimney lined up with a hill peak behind it. If the boat is dragging, the two onshore objects will separate visually. If they remain perfectly aligned while the engine works in reverse at 2,000 RPM, you are dug in. (Pro tip: Don’t do what a student on a Powerboat exam I was assessing years ago did—lining up two sheep in a field! )
2. Feel the Chain: Place a foot gently on the anchor chain forward of the windlass while reversing. A dragging anchor vibrates and skips rhythmically across the seabed; a set anchor builds smooth tension and feels completely motionless.
3. Visual Check: If the water is shallow and clear enough, look at a spot on the seabed next to the hull and verify you aren’t moving over it.
4. Instrument Check: Check SOG (Speed Over Ground) on your GPS plotter. If it reads 2 knots backwards after the chain has taken tension, you are definitely not set!
5. Listen to the Boat: Sleeping in the bow cabin gives you instant sensory feedback. If an anchor unseats overnight, you will hear and feel the heavy chain rumbling and dragging across the sea floor long before a GPS alarm triggers.

(Backup Note: While I don’t use an anchor alarm, if I need an extra layer of backup, I drop a marker on Navionics and leave track recording on. You can easily spot if your track remains in the same clean arc over and over again or if it breaks out perpendicular to your swing arc).

Protecting Your Windlass: Snubbers, Bridles & Dyneema Loops

An electric anchor windlass is designed to lift chain vertically—it is not designed to hold the immense, snatching loads of a yacht pitching in wind and waves. Leaving full load on the windlass internal gears will damage the drive motor and risk snapping the chain gypsy brake.

To protect the windlass, we take the load off the chain and transfer it to our bow cleats using a bridle with a chain hook. Ideally, use stretchy nylon mooring line for the bridle to absorb wave shock loads and eliminate snatching.

No Chain Hook? The Dyneema Loop Trick:

If you don’t have a metal chain hook, make a soft Dyneema loop (easy to splice if you have spare D12 Dyneema onboard). Cow-hitch the Dyneema loop directly around a chain link, tie your nylon bridle lines to the loop, and ease the windlass until the Dyneema loop and bridle take 100% of the load.

Stern Anchors, Shore Tying & Springing the Chain

In narrow coves or crowded creeks where there is zero room for a 360° swing radius, alternative anchoring techniques are essential:

• Shore Tying: Drop your bow anchor in the middle of the cove, reverse toward the rocks, and send a crew member ashore in the dinghy (or swimming with a line) to tie long stern lines around a solid rock outcrop or shore bollard. This keeps your bow pointed into the swell while preventing the stern from swinging into shallow rocks.
• Stern Anchors in Narrow Inlets: If shore tying isn’t possible, set your bow anchor hard, pay out extra chain, and drop a secondary stern anchor (either off the stern or carried out via dinghy). Winch forward on the bow chain to dig the stern anchor in. (Tip: Attach a fender as a float to the stern anchor line, and secure the line to a stern bridle so you can drop it instantly in an emergency and retrieve it later).
• Springing the Chain to Align with Swell: If an anchorage features a nasty cross-swell that rolls the boat violently overnight, you can alter the boat’s heading relative to the anchor chain. Attach your Dyneema loop or chain hook to the anchor chain forward, tie a long mooring line to it, and lead that line past a stern cleat to a cockpit winch. Ease out the main anchor chain so the hook drops underwater, and winch in the stern line. This pulls the stern around, aligning your bow comfortably into oncoming waves even if the wind is blowing from a different angle. (We used this exact setup off both the bow and stern during an uncomfortable, sleepless night off the coast of Albania to align All Winds between two competing swell patterns!).

Fouled Anchors & Cable Snags

If your anchor becomes fouled on the bottom, it can lead to high stress quickly:

1. Reversing the Pull: The first step is to manoeuvre the boat directly over the anchor and drive in the opposite direction from where you set it, pulling horizontally from the reverse angle. In many cases, this will free an anchor buried deep in mud or soft debris.
2. Dropping a Weight Down the Chain: If the anchor is jammed firmly under a rock or ledge and it’s too deep to dive, bring the chain as vertical as possible and drop a heavy weight on a line down the chain. Providing the shank can be lifted, this weight can be used to pull the shank from the opposite direction to free the fluke. (There are dedicated anchor trip tools for this, but you can McGyver one using spare shackles or heavy gear onboard).
3. Snagged Underwater Cables or Other Anchors: If your anchor pulls up an old cable, chain, or someone else’s anchor, the easiest solution is to pass a line underneath the obstruction, tie both ends of the line to your bow cleats, and let the line support the weight of the obstruction. Then, ease your anchor chain down so the fluke falls clear of the cable. Once your anchor is free and hoisted to the bow roller, release one end of the support line from the bow cleat to drop the obstruction back into the water.

What to do if you drag?

First things first, don’t panic. If your anchor breaks out (and you have enough scope on a favourable bottom then there is a reasonable chance it will reset. If you don’t have enough scope out, then that is your first move; chain in the locker is not doing anything to help you stay put; get more out. This may feel contradictory when you are dragging backwards to let the boat further back on the chain, but the first thing is to give the anchor a favourable location to bite.
If the seabed is unfavourable or it is not possible to let more chain out either due to being too close to land or other boats, then the preference is to take the anchor up and reset it in a more favourable location.
A temporary fix in some cases may be to motor against the wind to take pressure off the anchor. While this can be of some help in extreme conditions, it is actually quite difficult to keep the boat into the wind when it’s blowing a gale straight on the bow. You don’t want to drive over your chain, but you will need to get a bit of way on the rudder to keep the boat pointing into the wind, and you may be able to reduce the load that the anchor is under in extreme situations.

As with many things, prevention is better than cure. Get your anchor set, get enough chain out and plan ahead. This is always better than reacting. Read our posts on using Weather Apps and Convective Storms like the Nevera in Croatia to try and reduce the risk of being overwhelmed by a violent storm at anchor.

Take the Guesswork Out: The All Winds Toolbox App

To take the mental arithmetic out of anchoring after a long passage, we built a dedicated Anchor Scope Calculator directly into the All Winds Toolbox app. Simply input your depth sounder reading, bow freeboard height, forecast peak wind speed, and expected tidal rise. The app instantly calculates your exact required chain length, recommends snubber dimensions, and evaluates your risk profile against our Go / No-Go Decision Matrix.

Mastering anchor mechanics, reading seabed holding, and managing short-handed deck workflows are core components of our real-world training. Join us on an upcoming Skipper Coaching & Seamanship Week in Croatia to practice heavy-weather anchoring and boat control with experienced coaches.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real confidence, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Seamanship & Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online workshops covering boat-handling dynamics, weather app interpretation, Swiss D-Schein exam strategy and much more.

View Events & Workshops →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post Setting Your Anchor to Be the Most Relaxed Boat in the Bay appeared first on All Winds Adventures.

In many ways, less is more on a sailboat. While the old adage “many hands make light work” holds true for a well-oiled racing crew, on a cruising yacht, with too many people, it’s also possible to literally step on one another’s toes.

With a large, inexperienced crew, assigning jobs becomes tricky, people fall over each other on deck, and blame gets passed when a manoeuvre goes wrong. (A quick reminder: blame should never be passed to the crew—it always sits squarely with the skipper!)

With just the two of you on deck, coordinating tasks is straightforward—provided you share boat handling roles and build mutual confidence. There is less shouting, no getting names mixed up, and plenty of space on deck. However, because there are no extra crew members available to “fix” an error live on the go, thorough planning and preparation are non-negotiable.

1. The Golden Rule: Preparation Prevents the “Chain Reaction”

Without extra hands on deck to fix live errors under load, a single preparation oversight triggers a rapid chain reaction. Small issues on deck quickly compound into a crisis.

The Foredeck Line Snag (Tacking & Gybing)

Many charter boats carry the inflated tender lashed down on the foredeck. If you initiate a tack without visual preparation, the working or lazy sheet can catch under the dinghy as it sweeps across. Even if the dinghy isn’t there, any mast steps or anything else that might be in the area can also be a snag risk for any foresail that goes past the mast. (Remember that all hatches should be closed at sea or they also become a snagging hazard)

• The Chain Reaction: A snagged sheet at this point may just lead to a heavily twisted lazy sheet which can be sorted out after the tack, or it may mean that the jib can not pass the mast effectively, heaving-to with a massive load on whatever the sheet is stuck on. This can lead to many risks either to person or vessel if not quickly dealt with.
• The Prep Fix: Before every tack, visually trace the sheet path from the bow to the cockpit. Ensure sheets are lifted clear of the dinghy before turning the helm. Having learned from experience! We ensure that the new sheet is already resting over the dinghy before we start the tack and that the current sheet is only released as the sail begins to luff anyway. This reduces the amount of time that a wild shaking movement on the clew can force the sheets to catch somewhere on the way across.

While getting used to All Winds, we were gybing down the coast of Italy in over 20 knots of wind at night. Just before dawn, the tails of the lazy bag ties jammed in the mainsheet block mid-gybe. As a result, we couldn’t sheet the main out as it crossed over. Luckily, we centered the helm at the exact right moment, preventing a broach. However, the delay left the jib untrimmed, causing a sheet to wrap around the foredeck dinghy and windsurf board.

Your immediate reaction might be to save the board. But gear is replaceable—safety comes first. We pointed straight downwind and put tension on the mainsheet using the winch with the clutch closed to protect our fingers. Once we cleared the straps and sheeted out the main, the boat stabilised. Under the shadow of the main, we cleared the foredeck lines safely. When a chain reaction happens, tackle issues in sequence. Priority always sits with crew safety and vessel stability over physical gear.

The Pushpit & Guardrail Problem (Docking)

When preparing mooring or stern lines on approach to the quay, line routing is everything. A common error is passing a stern line inside the stainless steel pushpit uprights or under the wrong lifeline wire.

• The Chain Reaction: You throw the line to the quay and try to engage forward gear to stabilise the boat against the stern line. Because the line was routed inside the pushpit, it binds against the stainless steel railing instead of pulling cleanly from the cleat. Any pressure on this line will damage the pushpit or the lifelines. You cannot motor against it to stabilise the boat, and suddenly even the best manoeuvre can go to pot.
• The Prep Fix: Always lead dock lines directly from the cleat, through the fairlead, and outside all pushpits, pulpits, and lifelines before making your approach. Prepare the lines so that they are both easy to throw and receive back or lasso a bollard or cleat with.

We often find docking as a couple much easier than working with an unfamiliar marinero. In Calvi, after an overnight passage from Sardinia, we entered the marina with 20 knots of wind on the beam. The quay used mooring rings. We briefed that getting the windward stern line made fast first was critical so we could motor against it and hold position in the wind shadow of the adjacent boat.

However, the marinero insisted on handing us the slime line first while holding our stern line by hand without a wrap. The wind immediately started blowing our bow off. I warned him I was engaging forward gear to maintain control. Once he realized he couldn’t hold 8 tons of yacht by hand, he got another wrap on the ring. I motored gently against the line, brought the boat back under control, and secured the berth.

2. The Autopilot as Your “Third Crew Member”

When sailing shorthanded, the autopilot is an invaluable asset. To eliminate stress during sail changes, tacks, and gybes, make sure you master your autopilot operating modes before you need them on deck:

• Course Mode: Locks onto a magnetic compass heading. Ideal for motoring or navigating straight channels. Be aware from your Navigation courses – this is heading, not Course Over Ground (COG)
• Wind Mode (Apparent Wind): Maintains a constant Apparent Wind Angle. This is your primary mode for sailing upwind or on a reach.
• Wind Mode (True Wind): Maintains your heading relative to the True Wind direction. Crucial for downwind sailing and gybing to prevent the boat from broaching or suffering an accidental gybe if the wind shifts. (The boat needs an accurate speed through the water from the paddlewheel log for this to work.)
• Tack & Gybe Functions: Many modern pilots feature automated tacking and gybing routines. Test these functions in open water so you know how fast the helm moves. (Ensure that the wind angles are properly calibrated)

3. Step-by-Step Shorthanded Workflows

Leaving the Berth

Leaving a dock requires a plan, not physical brawn.

1. Assess Environmental Factors: Identify wind and current directions and how they will push the hull once the lines are released.
2. Line Prep & Routing: Remove redundant lines first. Ensure remaining lines are on slip (doubled back to the boat) and lead cleanly outside guardwires and around cleats or through rings in such a way that they will run freely without snagging when released.
3. Engine Stabilisation (Med Mooring): The helmsman engages slow forward gear against one or both stern lines and assesses the ability to hold the boat in position using the motor and remaining lines. This holds the boat completely stable in the slip while the bow crew walks forward, drops the mooring/slime lines, and watches them sink. When the helm is ready, it only requires a quick thumbs-up for the person on the bow to drop the lines, as the helm goes into neutral for a moment.
4. Clear Signal: Once mooring lines are safely on the seabed away from the prop, the bow crew gives a clear thumbs-up, and the helm can engage gear as required to stabilise the boat.
5. Slipping Lines: Stern lines are slipped from the boat and hauled aboard rapidly. Engage gear briefly for initial momentum, then pop into neutral.
6. Motor Out: Neutral is a gear; once the boat is moving, use neutral as a gear. With the prop engaged and the boat moving, it will actually try to push the boat a little out of the turn. In neutral, you can pivot the boat around the keel (when going forward), and just engaging gear puts extra flow over the rudder for a split second helps tighten the turn. If the engine is already in gear, you don’t get this advantage; you actually push the boat further forward.
7. Tidy Up: Tidy up the lines and fenders

Setting Sail

1. Preparation: Open the sail bag, check halyards for wraps, and verify that sheets run freely through deck organisers. (For in-mast furling, maintain light tension on the outhaul/furling line during deployment). If the lazy bag has tie straps, make sure they are tidied up around the lazy lines so they can’t get caught in the mainsheet blocks when underway!
2. Engage Autopilot: Motoring slowly ahead into the wind, set the pilot to Wind Mode at 0 degrees (but True and Apparent work for this). Verify visually that the bow is directly head-to-wind, as the calibration might be off on the windex. Motor only fast enough to maintain the boat head-to-wind and always keep a lookout at the same time.
3. Hoisting: One person mans the cockpit winch while the second goes to the mast (if safe). The mast crew pulls the halyard down by hand while the cockpit crew takes up slack. As load increases, add winch wraps and winch home.
4. Trim & Fall Off: The mast crew confirms luff tension with a thumbs-up. Dial the pilot down to course, ease the main, and trim.

Tacking

1. Prep Check: Check that the lazy sheet is clear of foredeck obstructions (dinghy, hatches, mast steps). Load 1–2 turns on the new working winch.
2. Initiate Turn: Warn the crew and initiate a smooth turn into the wind, maximising boat speed and turning angle. The helm completely releases the old sheet the moment the sail depowers. (A little multi-tasking is required )
3. Tail the New Sheet: As the bow passes through the wind, the helm slows the rate of turn to allow the crew to get the foresail in by hand under zero load. If done correctly, minimum winching is required. If the sail isn’t fully trimmed, luff slightly to take the load off while winching.

Autotack: Many modern autopilots have an Autotack function. If you plan to use this, then prepare as above; the only difference is that the helm can focus completely on releasing the old sheet as the sail starts to luff. Press the tack button, release the old sheet completely as the boat luffs, and sheet the new sheet aggressively as the bow passes the wind.

Regardless of whether you steer or use Autotack, it is essential that the sail is released at the point when it starts to luff of its own accord and is sheeted in immediately after the boat passes head to wind. Releasing too early increases the risk of the sheets getting tangled; releasing too late risks going into a heave-to situation uncontrolled. Sheeting the new side in too early slows or stops the turn, and sheeting in too late increases the risk of the sheets snagging and means you have to winch more.

Gybing

1. Prep Check: Ensure the deck is clear, the straps from the lazy bag (if any) are clear of the mainsheet blocks, and the Jib sheets are clear of any foredeck obstructions.
2. Bear away to approximately 160° True Wind Angle, ensure you ease the main and the jib as you bear away. Switch autopilot to True Wind Mode. (See our guide on autopilot settings for why this prevents accidental gybes)
3. Centre the Main: Dial down another 5° to stabilise. Sheet the mainsail hard into the centre. The stronger partner can haul the mainsheet in aggressively by hand to speed up the process.
4. Execute & Release: Steer or dial down until the jib crosses over, followed by the boom. The instant the boom crosses, release the mainsheet rapidly to depower the rig, steer onto your new course, and trim.

Why it’s so important to ease the main and the jib.

The Main: A sheeted-in main creates strong weather helm and heeling, both of which force the bow upwind and increase broaching risk.
The Jib: Once the main is centred, the Jib is what helps keep the boat driving forward. If the jib is not trimmed properly, you lose more boat speed and increase the apparent wind as the boom comes across.

4. Setting & Recovering Downwind Sails (Gennaker)

Sailing downwind with the proper sails set is exhilarating and gives you maximum passage efficiency. Setting a gennaker as a couple can be effortless when every line is pre-sorted, and you have a plan. It’s always exciting to power past boats which are theoretically larger and faster than you with the kite flying. All Winds easily makes 9 to 10 knots in 15 knots of true wind with an apparent wind of under 10 knots when flying the gennaker downwind.

Setting the Gennaker

1. Prep Check: Ensure you have sea room downwind, dial autopilot to approximately 155° True Wind Angle (TWA) and furl the jib.
2. Deck Prep: Ensure everything is tidy, the sheets are in place and that nothing is going to snag.
3. Sail Prep: One person goes forward (clipped on with a life jacket). Lay out the snuffer sock and identify the head, the clew and the luff. We have labelled them on our gennaker to make this quick and easy and also to help if an unfamiliar crew member is helping on the foredeck. Attach the sheets, ensuring they go around everything (if using a lazy sheet, it needs to go around the front of the forestay and have enough slack to come back past the mast. Ensure it does not go under the boat!). Verify that sheets, tack line, and halyards are completely free of wraps or twists and lead outside everything.
4. Hoist the sock/snuffer: With the boat downwind, hoist the halyard to the top and cleat it. We find that it helps if one person pulls the halyard from the mast and the other takes up the slack on the cockpit winch.
5. Raising the Snuffer: With the cockpit crew holding the loose active sheet with 2, 3 or 4 wraps on the winch (depending on wind strength), the foredeck crew pulls the line to raise the snuffer sock. The cockpit crew gently sheets in as the sock rises. At this point, some feeling is required by the cockpit crew: sheet too hard and stall the gennaker so it won’t inflate; sheet too little and it will luff. So sheet in and out to try to keep the sail inflated as the snuffer rises.
6. Secure Lines: Sheet home until the sail fills. Separate and tie off the uphaul and downhaul lines clearly so you know exactly which line to grab if you need to douse quickly.

It’s best to practice in light winds to limit the consequences if something goes wrong when you are trying to come to terms with the extra sail area and handling.

Recovering the Gennaker

1. Prep Check: Come to approximately 155° TWA so the mainsail blankets the gennaker.
2. Depower: Foredeck crew goes forward clipped on. Signals the cockpit crew to ease the sheet and completely depower the sail.
3. Snuff: Pull the snuffer line down hard and fast. (Tip: Lead the snuffer line through a snatch block on a bow cleat to pull upwards rather than downwards when dousing the snuffer. This means if it suddenly fills, you don’t get pulled off your feet but down to the deck!).
4. Pack: Drop the halyard, secure the sail on deck, and ensure all lines are out of the water before starting the engine.

Tip: Always keep your Apparent Wind Angle (AWA) well aft of 90° (behind the beam) when hoisting or dousing the gennaker sock. Keeping the wind behind you prevents the sail, snuffer, or halyard from blowing back into the rig and snagging on spreaders, steaming lights, or radar domes—ask us how we know!

To avoid similar snags, avoid clipping an idle gennaker halyard at the mast base when not in use. Instead, lead it out to the bowsprit or secure it down to a side chainplate to keep it completely clear of the mast.

Emergency Gennaker Drop

If a snuffer jams, stay calm. Bear away to 155° TWA so the mainsail blankets the gennaker and depowers the rig. Next, completely release (blow) the tack line. Gather the sail by hand from the clew directly into the cockpit, sail bag, or open foredeck hatch. Finally, ease the halyard slowly as you stuff the sail below deck, ensuring it cannot re-inflate. On a shorthanded cruising boat, saving the crew and boat takes priority over saving the sail material.

Gennaker Gybing

We are purposely not covering Gennaker Gybing here; you should be completely comfortable with setting, recovering and dealing with emergencies before trying to gybe a gennaker with a snuffer on a cruising boat. In many cases, the sheets need to be set for an outside gybe, which leads to an increased possibility of sailing over the sheets or the raised snuffer catching at the top of the mast. Therefore, it’s best you gain experience before attempting to gybe.

5. Stress-Free Mediterranean Docking

As mentioned previously, we often prefer docking with just the two of us rather than relying on an unknown marineros help. Again, to make this work, it comes down to planning and preparation.

1. Pre-Docking Prep: Rig fenders to the correct height. Lead stern lines through fairleads and outside all pushpit railings. Conduct a slow drive-by to check wind and space.
2. Securing the Stern: Reverse in square. Lasso or attach the windward stern line to the quay cleat. (It’s always good for all crew members to practice lassoing in advance!)
3. Engine Power vs. Muscle: Once at least one stern line is fixed, engage slow forward gear against the stern line. Balance the engine power (and rudder if a single rudder boat) to keep the boat stable. If there is time, get the second stern line on or sit with fenders against a neighbouring boat. (At this point you are secure and still have an option to escape if you want. Once the slime line is raised, your escape options shrink!
4. Slime Line Safety Check: With the boat secured on one or two stern lines, pop the engine into neutral before the bow crew picks up the lazy/slime line to eliminate prop-wrap risks. Ensure the boat is in neutral when the slime line is raised and when it is pulled past the prop when walking forward.
5. Securing the Bow: Walk the line forward. Once the slime line is at the bow, let the boat slide slightly forward on the stern lines. This means the bow crew does not have to break their back to pull the slime/lazy line tight. They can just fix it with a cleat hitch or OXO (whichever they are more comfortable with). Now the boat is secure, and the motor can stay in neutral for the second line.
6. Final Adjustments: Once both bow lines have been cleated, reverse against the bow lines to set them, tension your stern lines, shut down, and enjoy a well-earned drink!

Which Stern Line First?

The internet wisdom is always the windward stern line first, and all things being equal, there is some truth to this… But there is no hard and fast rule, and sometimes it might be better to take the leeward line first and sometimes (wind on bow or stern) there may not be an obvious windward or leeward line.

In strong cross winds or if the wind is on side onto the bow and you have a boat on your leeward side, it might actually be a lot safer to use the leeward line first. (I immediately hear the internet gatekeepers preparing to lynch me for this hedonistic suggestion – but hear me out) If the wind is very strong from the beam and/or bow, you will struggle to hold the boat against the wind with the motor and at the same time you are increasing your risk of a prop wrap. Furthermore, if things do go pear-shaped, you now blow uncontrolled into the leeward boat, anyway risking more damage if you go uncontrolled. Whereas – if you go leeward line first, the line goes on, you gently motor ahead, and you softly come against the neighbouring boat (assuming both boats are properly fendered at the correct height!) Now you are stable; there is no losing control and getting blown against it, and you have the possibility to pull the windward slime/lazy line up with the motor briefly in neutral. The opposite way you always risk either getting blown or motoring over the slime line. Once you have one slime line on the boat is secure, and you can worry about the second one with all the time in the world and the motor in neutral.

Cross Wind Reality

Everyone talks about the nightmare of medmooring with a cross wind… and yes, there are videos online of it going pear-shaped. I’d wager though that a lot of these manoeuvres already went pear-shaped in the planning stage. Remember, 20 knots at the top of the mast is very likely not 20 knots at water level. In the fairway, you are protected by surrounding boats, which act as wind breaks, which help you when doing a crosswind manoeuvre. Arguably, the crosswind manoeuvre is not the difficult one; it’s the one where your bow is pointing straight into the wind, and conversely the one with your stern into the wind is relatively speaking quite easy.

Still Nervous?

Most marinas have a dinghy; if you are struggling or worried, then radio in advance and ask for dinghy assistance. It takes the stress off, and with less stress there is a better chance of doing a good manoeuvre.

Ready to Master Shorthanded Seamanship?

Join us in Croatia for a custom Seamanship & Coaching Week, where we teach real-world mechanics, line handling, and stress-free boat control. Contact All Winds Adventures today to design your custom week on the water.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real command, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Command Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online masterclasses covering Mediterranean docking, weather app interpretation, and Swiss D-Schein exam strategy.

View Events & Webinars →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post Shorthanded Sailing Techniques: A Couple’s Guide to Boat Handling appeared first on All Winds Adventures.

Most people assume seasickness is an unpredictable stroke of bad luck that only starts when a boat hits heavy weather outside the breakwater. Because of this, the standard approach is entirely reactive: people wait until they feel dizzy, reach for a packet of over-the-counter tablets, and hope for the best.

If you look at the actual science of motion sickness and the practical realities of a week-long cruise, you realise that managing your stomach is a proactive game. Susceptibility is driven by a mix of your personal history, the specific physics of the sea, and a surprising chemical trigger sitting on your dinner plate the night before you cast off.

Understanding how to manage these factors is the difference between a confident, relaxed crew and a holiday disrupted by a preventable chain of events.

1. The Histamine Connection: Why Dinner Matters

To understand how to prevent seasickness, you have to look at how common motion sickness medications actually work. The vast majority of effective travel sickness tablets are, at their core, antihistamines. They function by blocking the histamine receptors in the brain that process conflicting signals from your inner ear and your eyes.

This reveals a major prophylactic tactic: if you want to lower your chances of getting sick, you need to actively avoid high-histamine foods in the run-up to your trip.

• Many travel clinics recommend reviewing your diet before heading out on open water.
• You should actively avoid foods high in histamines on the evening before you first go sailing.
• A classic example of an unfavourable combination is pairing a heavy Spaghetti Bolognese with a glass of red wine.

By keeping your baseline histamine levels low before you even step onto the gangplank, you give your body a massive head start.

2. Acupressure Bands and the Psychological Threshold

Walk down any charter dock, and you will see people wearing elastic acupressure wristbands. Do they actually work? The honest answer is: they might, and they might not. Seasickness moves through a distinct transition from a psychological state to a purely physiological one, and you need to know where that line sits:

• The Psychological Phase: In the early stages, anxiety, nerves, and anticipation play a massive role in how the brain processes motion. During this phase, any baseline comfort measure—whether it is a wristband, a ginger biscuit, or a lucky charm—can genuinely help settle your nerves. If it keeps your anxiety low, it works.
• The Physiological Phase: Once the movement of the boat triggers a true, physical chemical imbalance in the brain, the situation shifts completely. At this point, the nausea is purely physiological, and a wristband will not save you. You need real medication—and if you haven’t taken it yet, it is already too late for the pill to be absorbed effectively.

3. Your Everyday Baseline: The Car Test

How you manage your time on deck should be dictated by your day-to-day constitution. Everyone’s vestibular system has a different threshold, and you can easily gauge yours before you ever leave the dock.

If you are the type of person who easily gets motion sick in the back of a comfortable modern car on a slightly twisty road, you cannot rely on luck at sea. You need a strict preventative strategy.

For highly susceptible crew members, avoid high-histamine triggers entirely. Take a travel sickness tablet at least 1 to 2 hours before leaving the harbour, and maintain regular doses throughout the passage..

4. The Medication Trial: Customising Your Dosage

Because many of the most effective seasickness medications are prescription-only, you should never rely on borrowing a crewmate’s supply. Secure your own prescription early, and conduct a dry run at home before your holiday starts.

The primary trade-off with stronger remedies is drowsiness, and you want to know exactly how a pill impacts your energy levels while your feet are still on dry land.

• Dramamine (Dimenhydrinate): Highly effective at locking down the inner ear, but notorious for causing significant drowsiness and lethargy.
• Stugeron (Cinnarizine): Generally preferred by many skippers because it effectively targets the inner-ear hair cells, offering excellent protection with less cognitive fog.

NOTE: Seek medical advice before taking sea sickness medication. We are not doctors and can only offer practical advice from our perspective and experience.

Testing these at home helps you find a balanced baseline. You might discover that a full tablet knocks you out, but a quarter or half-tablet provides enough support to keep you from reaching over the gunwales while keeping you awake to enjoy the sailing.

Notes from the Logbook: Even experienced sailors have a threshold. I went through a brutal preparation lesson during a passage around the north coast of Ireland. We had been pinned down by storms for weeks, and the moment the first weather window opened, we cast off. The wind was exceptionally light, but it left behind a substantial, rolling old swell.

Just before sunset, I made the classic mistake of heading down into the cabin to grab a jacket. Disoriented by the enclosed space and the movement of the hull, the internal visual conflict hit me instantly. By the time I climbed back up the companionway, it was too late—I immediately had to pay a visit to the lee rail.

That mistake completely changed how we prepare our boats at All Winds. We now use our own Cockpit Preparation Strategy before every major leg or night passage. Before we ever drop the mooring lines, we ensure almost everything the crew could possibly need over the next six hours is already staged in the cockpit: lifejackets, foul weather gear, offshore layers, snacks, and pre-made warm drinks.

If the weather is calm and the crew is feeling 100% fine, we can safely send someone below to cook a hot meal or retrieve extra gear. But if the conditions are marginal or an old swell is running, the crew can stay in the fresh air on deck, and we only go below deck to go directly to sleep when dropping off-watch. Minimising those mid-passage trips down the companionway eliminates one of the primary triggers for motion sickness.

Karin was understandably nervous about seasickness when we first transitioned to big cruising boats, but she has never actually been sick. Her strategy is simple and highly effective: if the forecast predicts a particularly rough or bouncy day, she takes a preventative quarter or half-tablet before casting off, handles the boat confidently, and manages perfectly.

5. The Fatigue Multiplier: Why Rest is a Shield

There is one hidden physical trigger that can completely override a clean diet and good medication: exhaustion.

Tiredness is a massive catalyst for seasickness. When your body is fatigued from travel, late-night packing, or disrupted sleep, your central nervous system’s capacity to process sensory conflict is deeply degraded. A well-rested brain can easily adapt to a rolling deck; an exhausted brain gives up and triggers the nausea response.

Managing fatigue requires clear crew preparation:

• The Pre-Trip Rest: Try to avoid arriving at the charter base completely running on empty after pulling an all-night drive or a stressful flight sequence.
• Proactive Watch Rotations: On longer passages, establish an uncompromised watch rotation early, ensuring off-watch crew are actually resting, rather than lingering in the cockpit.
• Prophylactic Rest: If you are tired and facing an intense leg, treat sleep as part of your medical kit. Go below and lie completely flat to rest before your watch begins.

6. The Conditions Paradox: Old Swells vs. Steady Pressure

Seasickness is rarely caused by the size of the waves alone; it is caused by the type of movement.

If you enjoy a classic downwind sail with steady pressure in the canvas and a predictable sea state, the boat remains remarkably stable. The constant aerodynamic pressure on the sails dampens the erratic rolling motion, meaning most of the crew will feel perfectly fine without any medication at all.

The real danger zone is often the exact opposite scenario: a hot, windless day where you are forced to motor across an old, leftover swell. When a yacht has no wind to stabilise the sails, it undergoes a glassy, unpredictable, multi-directional rolling motion. The sun’s heat and the steady drone of a diesel engine compound this low-frequency motion. As a result, even experienced skippers can quickly feel green. There is absolutely no shame in recommending half-tablets to the crew on a dead-calm day of motoring. Providing they know how the medication affects them and have brought their own supply.

7. The Wednesday Window: Complacency Midway Through the Trip

The most common logistical mistake happens in the middle of a typical week-long charter—often on Wednesday.

By day three or four, crew members who have been taking their medication diligently look around, breathe a sigh of relief, and announce, “Phew, it turns out I don’t get seasick after all!” Feeling confident, they stop taking their tablets.

This is where the trap snaps shut. They felt fine on Monday and Tuesday because the antihistamines were working in the background. Ironically, Murphy will see to it that the day people choose to stop taking their medication often coincides with a change in the weather or the roughest coastal leg of the entire week.

Unless the forecast predicts a guaranteed, flat day with enough wind to keep pressure in the sails, you should maintain your routine. If you have been fine all week, keep taking the tablets or maintaining your baseline dosage until you are securely tied up back at the home marina.

Our Prevention Checklist

If you want to keep your crew in top form throughout your next cruise, keep these practical rules in your toolbox:

• Get Your Own Supply: Don’t rely on borrowing meds. Secure your own prescription early so you know exactly what is in your medical kit.
• The Dry Run: Test your chosen medication at home before the trip to see how badly it triggers drowsiness, adjusting to a half or quarter dosage if needed.
• Prioritise Rest: Never underestimate tiredness. Ensure the crew is well-rested before casting off, as exhaustion lowers your physical threshold for nausea.
• The Night Before: Keep the galley simple. Avoid heavy, histamine-rich meals like red wine and heavy meat or tomato sauces before your first day out.
• The One-Hour Rule: Administer any travel sickness medication while the boat is still securely tied to the pontoon. Never wait for the open sea.
• Stage the Cockpit In Advance: Before a major leg or an offshore passage, bring all jackets, safety gear, snacks, and flasks into the cockpit early to minimise unnecessary trips below deck.
• The Open-Air Routine: If someone begins to feel queasy, keep them on deck in the fresh air with their eyes on the horizon. If they absolutely must go below, have them lie completely flat immediately to neutralise the vestibular conflict.
• Avoid Mid-Trip Stops: Do not let a clean record on Tuesday tempt you into stopping your routine on Wednesday. Maintain the system until the trip is officially over.

Experience the Water with Confidence

A seamless, stress-free time on the water is never an accident—it is the result of proactive preparation, understanding the environment, and setting up the deck so the crew can truly relax.

At All Winds Adventures, we build this practical, common-sense approach into every single trip we run, ensuring that whether you are stepping onto a boat for the first time or looking to take command yourself, you feel entirely supported.

• Independent Yacht Charter Brokerage: Planning a holiday in Croatia, Greece, or across the Mediterranean? When you book your charter through us, we handle the back-end fleet vetting, manage the payment logistics safely, and send you our complete All Winds Trip Playbook—packed with our full packing lists, provisioning strategies, and on-board checklists so your crew lands on the dock fully prepared. Plan Your Stress-Free Charter Holiday
• Milestone Skipper Coaching (Croatia): Ready to move from a nervous passenger to a confident commander? Join us for an intensive training week in the Adriatic on board a fully coded cruising yacht. We focus on real-world decision-making, shorthanded docking, and crew safety management in a low-pressure environment. Explore Skipper Coaching Weeks
• Afterwork Social Sailing (Lake Zug): If you are based in Central Switzerland and want to escape the office, connect with fellow skippers, and share practical tactics over a casual evening sail, join our local community on Lake Zug using the local boat-sharing fleet.
• Workshops and other Watersports: Take a look at our events calendar and explore everything else we offer, including Theory Workshops or Windsurfing Sessions.

Have questions about managing your next passage or selecting the right hull for an anxious crew? Contact Us —we are always happy to talk boats and help you plan your next confident step on the water.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real confidence, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Seamanship & Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online workshops covering boat-handling dynamics, weather app interpretation, Swiss D-Schein exam strategy and much more.

View Events & Workshops →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post The Science of Seasickness: Histamines, Swells, and Midweek Complacency appeared first on All Winds Adventures.

Understanding how your logged miles are counted is essential when working toward an international certificate. Whether you are aiming for the German SKS, the Swiss Hochseeschein, or the RYA Yachtmaster, you will need to present a logbook before certification.

To accumulate these numbers quickly, many aspiring skippers turn to commercial “Mile Builders” (Meilentörns). Providers often market these alongside an “Offizieller Meilennachweis” (Official Mileage Confirmation). In the German-speaking market, this phrasing is remarkably effective at driving bookings. However, it creates a false impression that private miles are legally inferior. In fact, any passage completed on an eligible boat is entirely legitimate.

In reality, this narrative obscures how the system actually works. More importantly, it often steers developing sailors into a loop where their logbook numbers grow while their practical competence remains stagnant.

The Legal Framework: Flag States and Paperwork

Let’s look at the objective legal framework of European maritime authorities. Neither the German Sailing Association (DSV), the Swiss Maritime Navigation Office (SSA), nor the RYA requires an endorsement from a commercial school to validate your sea miles.

• The German Framework (SKS/SSS): The DSV explicitly states that a mileage confirmation (Seemeilenbestätigung) is entirely formless. It requires no corporate logo, club seal, or school accreditation. It simply requires the vessel’s data, dates, nautical miles run, and the signature of the skipper in command.
• The Swiss Framework (Hochseeausweis): The SSA requires miles to be logged in a standardised format, typically the Fahrtennachweis booklet. Crucially, any legitimate skipper can sign this booklet. The authorities do not look at whether the skipper operates a commercial company or sails privately. As long as the entry matches the yacht’s official state registration and bears the skipper’s signature, it is legally valid.
• The RYA: For higher-level RYA certificates (Yachtmaster), you are specifically required to have self-skippered a minimum number of miles/passages before presenting yourself for the exam.

In short, any skipper who can legally sail the boat is entitled to sign a logbook. The validity of a mile rests on the rules of flag state legislation, not a commercial school stamp. The claim that school-run miles are inherently “more official” is simply marketing.

The Uncertified Skipper Loophole

This international framework can lead to fascinating bureaucratic paradoxes. As we explain in our guide to Sailing Certifications Explained, some of the countries with the most notoriously dangerous coastlines in Europe—such as the UK and Ireland—require zero mandatory licensing or formal certification for private recreational vessels under a certain size.

Consequently, under Swiss law, an uncertified skipper on a UK-flagged private boat can legally sign your Swiss Fahrtennachweis. Yet, the system bars you from submitting your own self-skippered miles. This applies even when you are certified to operate the vessel.

The Coastal Disconnect: A Modern Administrative Paradox

This administrative rigidity creates an interesting contradiction following recent updates to Swiss maritime legislation. The SSA progressively unbundled High Seas Navigation (Hohe See) from Coastal Navigation (Küstenfahrt). This legalised the use of certificates like the RYA Day Skipper or German SKS to skipper a Swiss-flagged yacht in coastal waters.

Yet, while the Swiss government now fully recognises you as the legal skipper of the Vessel on a coastal cruise, the regulations governing the Hochseeausweis mileage logbook operate on a completely separate set of traditional rules. The SSA treats the Fahrtennachweis strictly as a third-party performance evaluation (Leistungsnachweis); you cannot legally act as your own evaluator. The system dictates that self-skippered miles cannot be counted toward the initial certificate. This entirely discounts the exact miles where you carried total operational and legal responsibility.

The Skipper Double Standard

This creates an extraordinary double standard for the advancing sailor:

• If you hold a Day Skipper certificate and command a Swiss yacht in coastal waters, you are legally recognised as the Master by the coast guard, the flag state, and the marine insurance policy.
• But the moment you submit those exact command miles to the Swiss exam board, they cannot be counted simply because your own signature sits at the bottom of the logbook as skipper.

The system values a traditional paper trail of external verification far above your real-world, hands-on independent command development.

The Structural Flaw of the “Mile Builder”

This reliance on paper documentation over practical evaluation exists across several continental frameworks, but it manifests in different extremes. For instance, the Croatian system swings to the opposite end of the spectrum. They currently issue an international skipper qualification after nothing more than a brief, shore-side theoretical interview. (This may change in autumn 2026).

Conversely, because systems like the Swiss Hochseeausweis demand a high threshold of 1,000 miles to qualify but skip a practical on-water exam at the final milestone, candidates are put in a nearly impossible situation. The 1,000-mile requirement is effectively treated as a mathematical proxy for competence.

The Mathematical Proxy for Competence

This framework creates a structural flaw that commercial Mile Builders actively exploit. If an aspiring skipper tries to gain high-quality experience by booking training weeks, they will naturally log fewer miles because the boat is actively working through complex coastal scenarios rather than running on autopilot. Mathematically and financially, trying to hit a 1,000-mile mark purely through intensive, low-mileage training weeks is unrealistic for most.

Consequently, candidates are practically forced to buy into passive Mile Builders simply to make the mileage total on paper. In a standard commercial setup, a provider often maximises profitability by packing the boat to its maximum berth capacity. This frequently places between 6 and 10 adults onto a standard cruising boat.

The Dilution of Active Learning

On a crowded vessel running continuous passages, individual learning time drops significantly. You spend hours sleeping in a bunk during night watches or sitting as a passive observer while the autopilot steers. Furthermore, if a crisis occurs, the commercial instructor naturally takes the helm to protect the vessel. You leave with a stamped logbook, but gain minimal experience in actual command.

This stands in stark contrast to frameworks like the German SKS system. Germany and the UK accept self-skippered miles because the entire qualification process is anchored by a rigorous, independent on-water practical exam at the end. They don’t need to police your logbook signatures, because if you haven’t actually built real command skills during your miles, you will fail the practical handling test within the first ten minutes.

Defining Real-World Command Training

To build a truly complete, safe skipper, your training pipeline must approach the sea from multiple, holistic angles. There is a profound difference between a basic “parking clinic” and a genuine, real-world Skipper Training Week.

Driving vs. Parking

Just focusing on repetitive harbour manoeuvres, basic anchoring, and standard Man Overboard (MOB) drills is completely insufficient. Just being able to park a boat does not make you a safe skipper in the same way that knowing how to parallel park a car does not make you a safe motorway driver. A true, high-quality Skipper Training Week must accurately mimic the fluid, unpredictable nature of real-world cruising. It should embed advanced exercises seamlessly into active passages:

• Dynamic Sail Management: Hoisting, reefing, and lowering sails multiple times under variable pressures, rather than setting them once and sailing for several days.
• Integrated Pilotage & Navigation: Managing real-time pilotage, monitoring ColRegs in dense shipping traffic, and adjusting the passage plan dynamically as weather windows shift.
• Proactive Risk Assessment: Running continuous mental and physical safety briefs before transitions, rather than just reacting when things go wrong.
• Scenario-Based Troubleshooting: Simulating realistic failures, such as a lost engine precisely as you approach a crowded anchorage, forcing you to rely on anchoring under sail. Remember, the sails are the primary propulsion system on a sailboat—the motor is purely auxiliary!
• Downwind sail plans: how to rig a preventer and gain some familiarity with downwind sails.
• Single-Handed Manoeuvres: Many people sail as a couple or with small crews; this will leave you on deck alone at some point, either through rest being needed or perhaps due to issues like seasickness. Being able to tack the boat or put in a reef single-handed are very important core skills for a balanced all-round sailor. With 6 to 8 people on a boat, a standard mile builder or training week simply does not have the time to look at these skills.

A Holistic Training Pipeline

Mile Builders do have a legitimate and valuable place in maritime education—but only if their function is framed honestly. Continuous offshore passages are excellent for teaching watch-keeping discipline, managing sustained fatigue over multiple days, and understanding team dynamics in a confined space. They are a valuable lesson in long-distance crew life, but they are only one single piece of the puzzle—and they are rarely what a holiday charter skipper who plans to sail a couple of weeks a year really needs.

To become a balanced mariner, you cannot rely on a single training format. This is why frameworks like the RYA work so effectively: they encourage a balanced mixture of formal skipper training, offshore mile-building, and independent self-skippering to ensure you develop the critical decision-making density required to take command safely.

Logging the Right Value: The Next Step

Earning a nautical certificate is an excellent milestone, but a stamped piece of paper will not keep you safe at sea. Your focus should always be on acquiring quality experience rather than chasing empty logbook numbers.

To help developing skippers evaluate the true quality of their training and match their current experience to an independent itinerary, we developed a clear operational framework. You can download the digital layout directly via our First-Time Skipper’s Guide.

Log Sea Time 100% Offline

Get help with making go or no/go decisions, have a cheat sheet for emergency procedures or rules of the road and track your passages with our free All Winds Toolbox PWA; you can log fixes, track engine hours, and export an official, signed Sea Time PDF directly from your phone’s memory—ready for submission to the SSA, DSV, or RYA.

LAUNCH THE FREE ALL WINDS TOOLBOX APP

Read all the details about our All Winds Toolbox App here.

If you are ready to stop being a passenger and start building genuine offshore command confidence, join us for an intensive training week on board our cruising yacht, All Winds, in Croatia. We focus on real-world decision-making, shorthanded docking, and crew communication under the guidance of supportive professionals. With usually only 3 people to a coach on a 41-foot boat, we have time to look at the skills and troubleshooting that traditional sailing schools leave out. Weather permitting, we will fly a gennaker and give you a chance to try to do some manoeuvres single-handed as a standard part of our coaching.

Next Steps on the Water

Where Are You Taking Your Seamanship Next?

Whether you are bridging the gap from license to real confidence, chartering your next holiday, or sailing locally in Switzerland, choose the pathway that matches your plans.

Hands-On Coaching

Build Real Seamanship & Confidence

Ditch empty mile-building and crowded bunks. Join Head Coach Dave aboard our Beneteau Oceanis 41.1 in Croatia. Maximum 3 guest cabins, private accommodation, and dedicated coaching grounded in sports biomechanics.

Explore Croatia Coaching →

Charter & Brokerage

Charter With Mechanical Sympathy

Charter All Winds directly from Marina Frapa, or let our independent agency source and vet quality bareboat yachts worldwide. We handle the technical vetting so you avoid tired charter fleets and deposit traps.

Charter Agency & Guide →

Local & Online Events

Join Us in Switzerland

Step aboard on Lake Zug for after-work social sails, join a windsurfing clinic, or attend our online workshops covering boat-handling dynamics, weather app interpretation, Swiss D-Schein exam strategy and much more.

View Events & Workshops →

Need real-time tools? Calculate anchor scope, evaluate passage risk with the Decision Matrix, or track engine checks offline.

Launch Free Skipper Toolbox →

The post Why Logged Miles Are Not All the Same appeared first on All Winds Adventures.