Ithaca 40 Information, Review, Specs

Sailing Performance & Handling

The Ithaca 40 is engineered as a high-performance passage maker, characterized by a stiff hull and a modern underwater profile. It features a deep fin keel with a lead bulb and a dual-rudder configuration, a setup designed to maintain exceptional grip and control when the boat is heeled in heavy air. According to design specifications from Flamme Yacht Design, the boat utilizes a fractional sloop rig that balances a generous sail area (approximately 89 m²) against an 8,200 kg displacement, resulting in a displacement-to-length (D/L) ratio that places it firmly in the category of fast cruisers.

On the water, the Ithaca 40 is noted for its "vivid" response to helm corrections, a trait common to twin-rudder designs which allow for precise steering even when the windward rudder is partially out of the water. The high ballast ratio of approximately 40% contributes to a low center of gravity, providing the righting moment necessary for safe blue-water voyaging. Performance projections for the hull suggest a theoretical maximum speed of roughly 8.05 knots, though sailors can expect to exceed this on a plane in following seas given the wide, modern stern sections.

Interior Comfort & Variations

As a semi-custom vessel, the interior of the Ithaca 40 is rarely identical across different hulls. The builder’s philosophy emphasizes a "personally built" experience, allowing owners to dictate the final cabin configuration and material selection. Standard layouts typically revolve around a two- or three-cabin arrangement, with a focus on high-quality joinery and functional ergonomics for life at sea.

The use of aluminum framing allows for a robust structural grid that minimizes interior bulkheads, creating a relatively open and spacious saloon for a 40-foot boat. Headroom is generous throughout the main living areas, and the galley is designed for use in a seaway, often featuring deep sinks and secure bracing points. While Ithaca Yachts initially planned to expand the line with 50-foot and 60-foot siblings, these larger variants remained largely on the drawing board, leaving the Ithaca 40 as the definitive expression of the brand's design identity.

Known Issues & Buyer’s Checklist

Because the Ithaca 40 is primarily built in aluminum, potential buyers must prioritize the hull’s electrical and structural integrity over traditional fiberglass concerns like osmosis.

• Electrolysis & Anodes: The most critical inspection point for any Ithaca 40 is the evidence of galvanic corrosion. Buyers should ensure that sacrificial anodes have been properly maintained and that any aftermarket electrical installations have been isolated correctly to prevent stray current from damaging the aluminum hull.
• Insulation Integrity: In metal boats, the quality of the thermal and acoustic insulation is paramount to prevent condensation and noise. Inspect the areas behind cabinetry and in the bilges to ensure the insulation has not detached or trapped moisture against the hull skin.
• Dual Rudder Linkage: Given the performance-oriented dual-rudder system, the steering cables and linkages are under higher load than a single-rudder setup. Check for play in the pedestals and any wear in the quadrants or connecting rods.
• Custom System Documentation: As a semi-custom boat, the "as-built" wiring and plumbing may differ from the original design blueprints. A buyer’s checklist should include a full verification of the onboard technical manuals and a "live" trace of the electrical panel to ensure future serviceability.

Community & Resources

The community for Ithaca Yachts is intimate, reflecting the limited production numbers and the bespoke nature of the project. Technical support and original design documentation are best sourced through the naval architects at Flamme Yacht Design, who maintain the portfolio of the "Flamboyant" project. While no formal international owners' association exists, the boats are often discussed within Dutch sailing circles and high-end aluminum yachting forums where expertise on semi-custom builds is shared.

The Verdict

Pros:

• Robust Construction: The marine-grade aluminum hull offers superior impact resistance and longevity compared to GRP.
• Superior Handling: Dual rudders and a high ballast ratio provide exceptional control and stability in offshore conditions.
• Bespoke Nature: Owners benefit from a unique, "one-off" feel with an interior tailored to specific cruising needs.

Cons:

• Maintenance Complexity: Aluminum requires specialized knowledge regarding electrical isolation and anti-fouling.
• Niche Resale: The lack of a large production run may lead to longer wait times on the brokerage market for the right buyer.
• Limited Siblings: The absence of the planned Ithaca 50 and 60 models means there is no established "step-up" path within the brand.