Akilaria 40 Information, Review, Specs

While many Class40s are one-off prototypes, the Akilaria 40 was envisioned as a stock production boat, allowing for a standardized build quality that fueled the class's global growth. The RC1 was initially built with a balsa-cored hull using vinylester infusion, whereas the RC2 and RC3 transitioned to Corecell foam cores for improved stiffness and weight management. These variants were often commissioned and assembled by specialized yards such as the Maine Yacht Center, which tailored the final fit-out to the specific racing or fast-cruising needs of the owner.

Sailing Performance & Handling

The Akilaria 40 is a high-performance thoroughbred characterized by extreme beam and a powerful planing hull. With a sail area-to-displacement ratio frequently exceeding 40, the boat is designed for high-speed offshore reaching and running. Handling is dictated by its massive 14.73-foot beam and twin rudders, providing exceptional control when the boat is pressed hard downwind. To counteract the immense heel generated by its powerful rig, the boat utilizes a water ballast system—typically around 750 liters per side—which allows a solo sailor to simulate the weight of a full hiking crew.

Performance differs significantly across generations. The RC1 is often described as a "dry" and seaworthy platform with a high sheer, whereas the RC2 introduced a lower freeboard and more optimized sheer line for better all-around performance. The RC3 represented a radical shift, featuring a fuller forward underbody and increased buoyancy to prevent nose-diving in heavy seas, though Seahorse Magazine notes this resulted in a "wetter" ride for the helmsman due to the increased spray at higher speeds. The boat is remarkably fast in light air, often reaching 10 knots in breezes where traditional cruisers would remain stationary.

Interior Comfort & Variations

Unlike modern luxury yachts, the Akilaria 40 interior is a study in functional minimalism. The "Race" version is sparse, featuring carbon-fiber pipe berths, a rudimentary galley with a single-burner stove, and a centralized navigation station designed for easy "stacking" (moving gear from side to side to improve trim). Headroom is surprisingly generous in the main cabin, though the space is largely open to facilitate sail storage and rapid movement of equipment.

A "Standard" or "Cruising" version was also produced, which included basic furniture and amenities to make the boat more palatable for "fast cruising." Even in this configuration, the boat remains a dedicated racer at heart. Materials are chosen for weight-saving rather than aesthetics; expect to see exposed white-flow-coated laminates rather than wood paneling. Sibling variants often involved "hybrid" builds, such as the famous Tales, which utilized an RC1 hull beneath an RC2 deck to balance seaworthiness with updated ergonomics.

Popular Mentions & Media

The Akilaria 40 has a storied history in solo and double-handed transoceanic races. It became a staple of the Route du Rhum and the Global Ocean Race, where Akilaria hulls frequently dominated the entry lists. The model was highlighted by Yachting World as a key driver of the "pro-am" ocean racing movement, allowing private owners to compete on the same level as professionals. Its cultural footprint is cemented in the world of high-speed tracking and YouTube offshore vlogs, where it remains a favorite for sailors attempting solo circumnavigations.

Known Issues & Buyer’s Checklist

Prospective buyers should approach an Akilaria 40 with a "racing survey" mindset, focusing on structural integrity over cosmetic finishes.

• Keel-Hull Joint: Due to the high-load nature of the steel fin and lead bulb, the keel joint should be inspected for stress cracking or evidence of past groundings, which are common in racing history.
• Water Ballast Integrity: The internal ballast tanks and their respective plumbing/valves are prone to leaks. Inspect the baffles and secondary bonding of the tank walls to the hull.
• Rudder Bearings: The twin rudders utilize solid stainless steel stocks. Check for play in the bearings and signs of corrosion at the entry point of the hull.
• Deck Core: While later models moved to Corecell, early RC1 hulls used balsa cores in some areas. Moisture ingress around heavily loaded deck hardware (winches, tracks) is a critical area for ultrasonic testing.
• Rigging Fatigue: Most Akilarias have been sailed hard. A thorough NDT (Non-Destructive Testing) of the carbon mast and rod rigging is essential, as forestay failures have been documented on high-mileage hulls.

Community & Resources

The primary hub for technical data and racing compliance is the Class40 Association, which maintains the box-rule standards and race calendars. Owners often share technical insights through the Class40 technical committees rather than traditional owner clubs. Documentation and historical build data are often accessible through the Marc Lombard Yacht Design archives, which detail the iterative changes between the RC models.

The Verdict

Pros:

• Exceptional speed-to-price ratio for an offshore-capable yacht.
• Rugged, seaworthy design capable of handling extreme Southern Ocean conditions.
• Strong secondary market value due to its eligibility in major Class40 events.
• Simple, robust systems designed for shorthanded operation.

Cons:

• Extremely sparse interior comfort, even in "cruising" versions.
• High maintenance requirements for racing-grade rigging and sails.
• The wide beam makes finding standard marina slips challenging.
• Physical and "wet" sailing experience compared to traditional performance cruisers.