The Trintella 57 A stands as a pinnacle of the "Aluminum Era" at the Dutch shipyard Jachtwerf Anne Wever. Designed by the legendary E.G. van de Stadt, this vessel was engineered for high-latitude exploration and effortless transoceanic passage-making. As the larger sibling to the successful Trintella 49A, the 57-foot model utilized the inherent strength and weight-saving properties of sea-water-resistant aluminum to provide a hull that is both stiffer and more durable than its GRP predecessors. The "A" in its designation serves as a hallmark of this semi-custom construction method, which allowed owners to tailor internal layouts and rig configurations—most commonly as a versatile ketch—to their specific cruising requirements.
Trintella 57 A Information, Review, Specs
- Make
- Trintella
- Model
- 57 A
- Builder
- Trintella Yachts
- Designer
- E. G. van de Stadt
- Number Built
- 12
- Production Year(s)
- 1987 - 1991
Sailing Performance & Handling
The Trintella 57 A is a quintessential heavy-displacement cruiser, designed to prioritize sea-kindliness and tracking over light-air agility. The Van de Stadt hull features a moderate fin keel and a skeg-hung rudder, a configuration that provides exceptional directional stability when running before large ocean swells. According to technical documentation from the Van de Stadt Design archives, the hull form was optimized for a balanced helm, ensuring the yacht remains manageable even when the wind speed rises into the high twenties.
The ketch rig, frequently found on the 57 A, provides a significant advantage for short-handed crews. By splitting the sail area between two masts, owners can easily reduce sail or "heave-to" using the mizzen and a staysail. While the high displacement means the boat requires a stiff breeze to truly wake up, once it reaches its hull speed, it carries immense momentum. This makes it an ideal platform for "tradewind" sailing, where it can maintain high average speeds for days on end without taxing the autopilot or the crew.
Interior Comfort & Variations
The transition to aluminum construction allowed the yard to offer a level of interior volume and customization rarely seen in fiberglass production boats of the 1980s. The center cockpit configuration is the defining feature of the deck plan, which in turn creates a secure, deep-set living space and allows for a massive, full-beam owner’s stateroom aft. This cabin typically features a private en-suite head and a dedicated navigation or office nook.
The main saloon is characterized by the high-quality Dutch joinery for which Anne Wever was famous, often finished in rich teak or mahogany. Because these were semi-custom builds, variations exist; some hulls feature a linear galley in the walk-through to the aft cabin, while others utilize a U-shaped configuration closer to the companionway for better stability while cooking at sea. The 57 A was also built alongside its smaller sibling, the 49 A, and the massive 75 A, sharing the same design language of a raised "doghouse" or hard windshield that provides superior protection for the watch-keeper in inclement weather.
Popular Mentions & Media
While the Trintella 57 A is a rare sight on the water due to limited production numbers, its reputation is preserved by the Trintella Vriendenkring, the official association for owners of these Dutch classics. The association maintains a rigorous historical archive of the "A" series, documenting the transition from the GRP Trintella 53 to the aluminum 57. The model is frequently cited in Dutch maritime literature as a symbol of the "Golden Age" of Brabant yacht building, representing the final era of Anne Wever’s direct involvement before his retirement.
Known Issues & Buyer’s Checklist
Prospective buyers of an aluminum Trintella must approach the purchase with a specific technical focus, primarily regarding the hull's integrity. While aluminum is incredibly strong, it is susceptible to galvanic corrosion if the electrical systems are not perfectly isolated.
- Electrolysis Inspection: A specialized hull survey using a silver/silver-chloride reference electrode is essential to ensure the sacrificial anodes have protected the hull and that no "stray current" from shore power or faulty wiring is causing pitting.
- Teak-on-Aluminum Decks: Many 57 A models were delivered with teak decks laid over the aluminum sub-deck. If the bedding compound fails, moisture can become trapped between the wood and metal, leading to poultice corrosion. Any signs of "bubbling" or unevenness in the teak should be viewed as a high-priority repair area.
- Rigging Tension: On ketch-rigged versions, the compression loads on the mizzen mast step should be inspected. Over decades of blue-water use, the aluminum supports beneath the mast steps can show signs of fatigue if they have not been adequately maintained.
- Tankage: The integrated aluminum fuel and water tanks are built into the hull structure. While this lowers the center of gravity, it means that any internal corrosion in the tanks requires professional metalwork to rectify, rather than a simple tank replacement.
Community & Resources
The primary hub for technical support and historical data is the Trintella Vriendenkring (Friends of Trintella). This organization provides owners with access to original build plans, sail drawings, and a network of specialist refit yards in the Netherlands that are experienced in handling Van de Stadt aluminum hulls. For those researching the naval architecture specifically, the archives at Van de Stadt Design remain a vital resource for understanding the original stability curves and displacement calculations.
The Verdict
The Trintella 57 A is a "proper" yacht in the traditional sense—over-engineered, aesthetically timeless, and built to withstand conditions that would turn back many modern production boats. It is not a boat for the casual weekend sailor, but for the circumnavigator, it offers a level of security and comfort that is hard to replicate.
Pros:
- Exceptional Durability: The aluminum hull offers immense impact resistance and longevity.
- Blue-Water Pedigree: Designed for comfort in heavy seas with a balanced, predictable motion.
- Superyacht Joinery: The interior craftsmanship reflects a bygone era of high-end Dutch shipbuilding.
Cons:
- Maintenance Sensitivity: Requires strict adherence to electrical isolation and anode replacement to prevent corrosion.
- Light Air Performance: High displacement means the engine is often required in winds under 10 knots.
- Refit Complexity: Specialized skills are needed for any structural repairs or modifications to the aluminum hull.
Measurements
Construction & Hull
- Construction Material
- Aluminum
- Hull Type
- Monohull Sailboat
- Keel Type
- Fin
- Rudder
- 1x Spade
- Ballast
- 22045 lbs
- Displacement
- 50700 lbs
- Water Capacity
- -
- Fuel Capacity
- -
Dimensions
- Length Overall (LOA)
- 56.76 ft
- Waterline Length (LWL)
- 45.93 ft
- Beam
- 16.27 ft
- Draft
- 9.35 ft
- Max Headroom
- -
- Air Draft
- -
Rig & Sails
- Rig Type
- Cutter
- P (Main Luff)
- -
- E (Main Foot)
- -
- I (Foretriangle Height)
- -
- J (Foretriangle Base)
- -
- Forestay Length (est)
- -
- Sail Area
- 1615 sqft
Calculations
- Sail Area / Displacement (SA/D) Ratio
- 18.86
- Ballast / Displacement Ratio
- 43.48
- Displacement / Length Ratio (D/L) Ratio
- 233.6
- Comfort Ratio
- 38.83
- Capsize Screening Formula
- 1.76
- Hull Speed
- 9.08 kn