Design and Construction
The Amel 50's hull, drawn by Berret-Racoupeau, carries wider beam farther aft than its ketch predecessors, producing a more modern volumetric profile with a blunt stem, high topsides and a beamy transom. Structurally, vacuum-bagged foam core above the waterline and solid glass below it distinguishes hull regions by function, and close inspection of concealed areas confirms neatly finished work throughout. The yard took the opportunity to introduce resin infusion techniques for the first time on an Amel model, advancing build quality over earlier generations.
Safety engineering is characteristically thorough. Beyond the standard collision bulkheads, secondary watertight doors to the sleeping quarters create additional reserve buoyancy compartments amidships — an arrangement that prioritizes keeping the vessel afloat well beyond the first line of defense. Through-hull fittings have been reduced to a minimum by using a single seawater inlet and manifold, cutting potential failure points in the underwater body.
Wiring runs overhead behind removable panels rather than buried behind furniture or in the bilge, making all runs accessible for inspection and repair. Twin rudders provide directional authority at extreme heel angles and work in combination with the boat's substantial lateral plane to deliver grip in rough water that belies the hull's volume.
Rig and Sail Handling
The decision to rig the 50 as a sloop rather than a ketch was deliberate and logical: with the smallest sail area in the current Amel range, the plan was considered manageable enough for a couple without splitting it across two masts. Losing the mizzen unlocked a larger cockpit and greater below-deck versatility as direct dividends.
The standard double-headsail arrangement pairs a 135-percent genoa with a self-tacking inner staysail, both on electric furlers, while the in-mast mainsail also furls electrically. An optional cutter rig adds a 24-square-metre self-tacking staysail to the forward triangle, which gained a measurable speed increment upwind and doubles as a dedicated heavy-weather headsail. The joystick-operated mast furler moves the mainsail at impressive speed with a current-sensitive timeout that stops the drive if a snag is detected, reducing the likelihood of a furling jam offshore.
The entire sail inventory can be managed from the deckhouse, though the mast uses a track-and-car halyard-locking system for those moments when crew must work forward. All primary sheets lead to electric winches; genoa car positions can be adjusted under load without leaving the cockpit. In eighteen knots of true wind the boat powered through chop at 8.1 knots at a true wind angle of fifty degrees, a pace entirely suited to offshore passagemaking. A furling gennaker extended the performance envelope downwind, reaching nine knots in twenty knots of true wind.
Helm, Deck Layout and Offshore Ergonomics
The helm is positioned nearly amidships beneath a fully enclosed doghouse rather than exposed at the stern, a deliberate choice for protecting crew from wind, rain and spray on long passages. The arrangement prioritizes sailing by autopilot for extended periods, with the helmsman stepping in for maneuvers and sail trim rather than constant course corrections. Push-pull cables to the port rudder quadrant produce a helm that is sensitive to movement but transmits little tactile feedback through the wheel; skippers who rely on helm feel will adapt by reading heel angle and environmental cues instead.
A swiveling, height-adjustable helmsman's chair lives behind the wheel, though the Yachting Monthly tester found standing more comfortable when seated arms were at full stretch. The pillarless windscreen delivers a panoramic view, and the coachroof offers roof hatches through which the mainsail shape can be observed. For those venturing forward, teak-look non-slip gelcoat and a robust solid handrail rated to take the weight of a person provide genuine security at sea.
At low speeds the combination of high windage on hull and superstructure and limited prop-wash effect from twin rudders makes close-quarters maneuvering demanding; the bow thruster is therefore less a luxury than an essential tool for marina berthing.
Accommodations and Liveaboard Systems
The layout prioritizes offshore practicality over convention. The owner's cabin sits aft near the boat's control center, keeping the skipper within reach of systems even off watch, and is fitted with an island double bed, writing desk, sofa and en-suite. A forward double cabin with hull portlights and its own heads completes the full-time liveaboard picture. A third, twin-bunk cabin to starboard shares the forward heads but is disproportionately small compared to the space found elsewhere aboard — the evident trade-off for generous cabins fore and aft.
The saloon uses a passageway galley rather than a U-shaped American layout, producing an unusually open living area with nearly two metres of standing headroom. Natural light arrives through mid-height topsides windows and high coachroof hatches. The saloon table extends to seat eight, with folding occasional tables that double as stools. All bunks ship with well-fitting leeboards and cloths, including the island beds, making every berth a viable sea berth.
The engine room beneath the cockpit sole is accessed via a small ladder through a watertight, fully enclosed space, housing the 110 hp Volvo, generator, watermaker, air conditioning and twin inverters in a meticulous, well-accessed arrangement with room to work standing up. Gray water from all sinks and showers consolidates into a bilge sump at the base of the companionway, pumped out automatically by a float switch, keeping the rest of the bilge clean and storage-ready. The spyglass port under the aft berth provides a direct line of sight to the propeller for fouling checks without entering the water.
One ergonomic gap identified through the testing cycle: the open passage across the saloon from companionway steps had few grab handles when heeled on port. Amel subsequently addressed this by lengthening the grabrail on the dining table top and adding additional holds at the base of the companionway.
Performance and Passage Behavior
The diesel running under heavy soundproofing returns 6.8 knots at 1,800 rpm — a quiet, efficient cruise that matters over the long days of motoring any passage generates. Turning circle is tight at one-and-a-half boatlengths. Under sail, the combination of easy motion and deliberate helm response gives the impression of a vessel considerably larger than its fifty-foot LOA, a quality that translates directly to crew comfort and reduced fatigue on ocean passages.
Light-air behavior proved a pleasant surprise: in five knots of true wind with flat water, the boat maintained 4.5 knots at a sixty-degree true wind angle under jib alone — better than the genre typically promises. The displacement-to-length and comfort ratios point to a hull that absorbs ocean swells rather than slamming through them, and the safety-at-sea profile — watertight bulkheads, redundant collision compartments, offshore-rated berths and an enclosed helm — is coherent from keel to masthead.
The Verdict
The Amel 50 is what happens when a yard with fifty years of bluewater institutional knowledge stops making ketches, thinks hard about what it actually knew, and rebuilds that knowledge into a modern sloop hull. The enclosed helm and joystick sail controls will seem foreign to sailors who believe discomfort is proof of effort; those who have actually spent months at sea will recognize them immediately as the right priorities. Minor ergonomic gaps — the sparse saloon handholds on port tack, the cramped third cabin, the light helm feel — are real but none touches the boat's fundamental seaworthiness or suitability for extended offshore work.
Pros
- Enclosed deckhouse helm provides genuine all-weather crew protection on passage
- Electric in-mast furling and electric primary winches enable true shorthanded sail management
- Redundant watertight bulkheads and secondary collision compartments beyond classification requirements
- Spacious, fully accessible engine room with meticulous systems layout
- Self-tacking staysail option adds a capable heavy-weather sail at minimal complexity cost
- Outstanding liveaboard volume with all berths fitted for sea use
- Resin-infused construction with solid glass below the waterline
Cons
- High hull windage makes low-speed maneuvering demanding; bow thruster is a practical necessity
- Push-pull cable steering provides sensitivity without tactile helm feedback
- Third bunk cabin is disproportionately small relative to the rest of the interior
- The exposed saloon passage from companionway is under-handled on port tack in early builds
- At 54 feet LOA with a 74-foot mast, the boat is unsuitable for canals or air-draft-restricted passages
