Design Philosophy and Construction
The Amel 64 emerges from a lineage that has always treated offshore safety as a non-negotiable starting point. Six watertight collision bulkheads partition the hull, and a protected full-skeg rudder remains a fixture of the design — details the builder has shown no inclination to abandon. The hull is built in fiberglass with a fin keel with bulb, and the 18-foot, five-inch beam delivers a comfort ratio exceeding forty that is unmistakably shaped for deep-water passagemaking rather than racing. At roughly seventy-five thousand pounds displacement, the boat is no lightweight, but her slippery underwater form and generous sail plan are calibrated to keep her moving in the kind of moderate trade-wind conditions that bluewater sailors seek out. A hull speed just over ten knots reflects what the numbers promise, and real-world accounts confirm nine knots in fifteen knots of breeze on the beam with little drama.
Rig and Sail Handling
Amel's founding conviction — that smaller, more manageable sails are inherently safer offshore — is fully expressed in the 64's staysail ketch configuration. The arrangement supplements the genoa and mainsail with a staysail and mizzen, creating multiple combinations for working various wind angles and sea states. If you want a production ketch in this size range, Amel is now the only choice on the market, a distinction that speaks to how thoroughly the builder has committed to this rig philosophy even as the rest of the industry moved toward fractional sloops. The total sail area reaches nearly nineteen hundred square feet, distributed in a way that keeps any individual panel manageable for a short-handed crew. Reckmann furlers handle the staysail and genoa, and all winches except those at the mast are electric — a deliberate design decision that reduces the physical demands of sail management at sea. The 24-volt electrical system and substantial house bank ensure this infrastructure remains reliable throughout a passage.
Cockpit and On-Deck Systems
The center cockpit layout has defined Amel's deck ergonomics for generations, and the 64 refines rather than abandons it. An integrated hard dodger with an electric hardtop extending aft covers the main seating area and transforms the cockpit into a genuinely protected environment in deteriorating conditions. The helm is positioned forward and offset to port, with a dashboard that consolidates electronics and system controls within arm's reach — a layout that lets a single watchkeeper manage the boat without leaving the seat. The transom drops electrically to form a swim platform, and an aft dinghy garage with an electric hoisting system keeps the inflatable secured within the hull rather than draped over the stern. MaxPower bow and stern thrusters address tight marina situations, and the 160-horsepower Steyr diesel drives a four-bladed prop positioned close under the fin keel, giving propulsion efficiency that benefits from its central location. A 19.5-kilowatt Onan generator underwrites the electrical demands of the boat's systems.
Accommodations and Interior Arrangement
The three-cabin, three-head layout departs from convention in one significant way: the master cabin is positioned forward in this center-cockpit design, a choice that awards the owner a walk-around island berth, abundant stowage, and a dedicated head with stall shower. The two aft cabins — one with a queen berth to port and one with convertible twins to starboard — give the boat genuine versatility for passage crew or charter-style use. The saloon exploits the eighteen-foot beam to accommodate both a formal dinette seating eight and a separate lounge with a low coffee table, a pairing that prevents the interior from feeling like a single undifferentiated cavern. The galley to starboard of the companionway features an island toward midships that creates a stable working surface underway, backed by Corian counters, a four-burner stove, full-sized dishwasher, and an optional second refrigerator. The navigation station is positioned ahead of the galley, and while its distance from the companionway is acknowledged as less than ideal, the duplication of key system controls at the helm renders the point largely academic. The entire central section between saloon and aft cabins is devoted to engine and systems access, giving the self-sufficient offshore crew the working space they need without sacrificing cabin volume.
Systems and Self-Sufficiency
Amel's tradition of building boats that are ready to depart without significant additional preparation is carried forward in the 64. The 735-amp-hour house bank is supplemented by dedicated batteries for bow and stern thrusters and a separate engine start battery, providing the redundancy that ocean passages demand. Dual Racor fuel filters and a 5,000-watt inverter are accessible in the engine room, which can be reached through a door that provides standing — or at least crouching — headroom for servicing. With nearly 370 gallons of fuel capacity and close to 240 gallons of water aboard, the boat's range between supply stops is substantial. The builder's choice to mount the engine facing aft with a short shaft is an engineering detail that reflects the same mindset: reducing the mechanical complexity of propulsion in a platform designed to be serviced far from factory support.
The Verdict
The Amel 64 is a yacht for the owner who intends to actually cross oceans aboard a production boat rather than simply owning something large. Its structural decisions — the bulkheads, the skeg, the electric sail-handling systems — reflect a coherent philosophy built over decades by a builder that operates as an employee-owned cooperative, with all the attendant pride of craft that implies. The introduction of Berret Racoupeau's design brought luxury appointments and a meaningful options list without abandoning what made Amels compelling in the first place. It is heavier and slower than a performance cruiser, and no one should buy it expecting otherwise. What it offers instead is confidence: the confidence that the rig is genuinely manageable short-handed, that the structure has been built for collision and capsize, and that the systems will function far from a chandlery.
Pros
- Staysail ketch rig distributes sail area into genuinely manageable panels for short-handed offshore work
- Six watertight bulkheads and a protected skeg rudder reflect serious offshore structural engineering
- All-electric sail handling reduces physical demands during watch-keeping
- Extensive fuel and water capacity supports long passages between reprovisioning stops
- Center-cockpit layout with integrated hard dodger provides real weather protection
- Employee-owned yard builds in consistent craft accountability
Cons
- Displacement of roughly seventy-five thousand pounds means meaningful wind is needed to drive her effectively
- Navigation station is positioned far from the companionway, a layout compromise
- The price of entry places this boat in a narrow ownership bracket, and maintenance costs match the specification
- Engine room access described as crouching-height, which limits servicing ease for extended work
