Meta Blauwasseryacht Information, Review, Specs

Make
Meta
Model
Blauwasseryacht
Builder
Designer
Number Built

The Meta Blauwasseryacht, originating from the renowned Chantiers Meta in France, represents a radical departure from conventional fiberglass yacht construction. Built primarily using the proprietary "Strongall" method—a process involving thick, pre-stressed aluminum plates without the need for traditional internal frames or stringers—this model is designed for the most demanding circumnavigations and high-latitude expeditions. The term "Blauwasseryacht," while a literal German translation for "Blue Water Yacht," has become synonymous with the shipyard’s dedicated long-range cruisers characterized by their heavy displacement, integral ballast, and near-indestructible hull integrity. These vessels are frequently the choice of "purist" sailors who prioritize structural safety over the lightweight agility found in mass-production Mediterranean cruisers.

Sailing Performance & Handling

The sailing characteristics of a Meta Blauwasseryacht are defined by its immense displacement and the inherent stiffness of the Strongall hull. Unlike thin-skinned aluminum boats that require complex internal skeletons, the Meta's thick hull plating provides a low center of gravity and high polar moment of inertia, resulting in a motion at sea that is exceptionally "kind." Owners frequently report that the vessel does not "shudder" when meeting head seas, but rather punches through with significant momentum.

While the sail area-to-displacement ratio is typically conservative, favoring heavy-weather resilience over light-wind speed, the boat excels in consistent trade winds. The hull form, often drafted by naval architects like Joubert-Nivelt, emphasizes directional stability. According to technical insights from Chantiers Meta, the lack of internal ribs allows for a cleaner bilge and a more rigid structure, which translates to less rig tension loss under load. Handling under power is predictable due to the mass, though the significant windage of the robust pilothouse models—often seen in this series—requires a practiced hand in tight marinas.

Interior Comfort & Variations

Because Meta yachts are often semi-custom or custom builds, the interior configurations of the Blauwasseryacht series vary significantly between hulls. However, the common thread is the use of high-grade thermal insulation, which is essential for aluminum vessels to prevent condensation and maintain cabin temperatures in extreme climates. The "Strongall" construction method provides a unique advantage for interior volume; without the intrusion of frames and stringers, the living spaces are remarkably open and allow for creative cabinetry solutions.

Typical layouts include a raised salon or "deck saloon" configuration, providing 360-degree visibility from the navigation station—a critical feature for blue water passage making. Sibling models built on similar design philosophies include the Meta Janyx and the larger Meta 43 or 50 series. While the Janyx focuses on a more streamlined performance profile, the Blauwasseryacht variants often prioritize storage capacity for fuel, water, and provisions, making them capable of months-long autonomy. Woodwork is generally functional and robust, utilizing marine-grade plywoods and solid trims rather than the lightweight veneers found in production boats.

Known Issues & Buyer’s Checklist

Prospective buyers of a Meta Blauwasseryacht must focus their due diligence on the specific challenges of aluminum ownership rather than typical fiberglass fatigue.

  • Galvanic Corrosion: This is the primary concern for any aluminum vessel. A thorough inspection of the hull's sacrificial anodes and the presence of an isolation transformer is mandatory. Buyers should use a silver-chloride reference electrode to test the hull's potential in the water.
  • Dissimilar Metal Contact: Inspect all deck hardware (winches, cleats, stanchions). Any stainless steel fastener direct-mounted to the aluminum without a barrier like Tef-Gel or Duralac can cause localized "pitting" or "poultice corrosion."
  • Bilge Purity: Aluminum hulls must be kept meticulously clean. The presence of "stray" copper (such as a dropped penny or copper-based anti-foul paint) in a wet bilge can lead to rapid hull perforation.
  • Paint Adhesion: While many Meta yachts are left unpainted to take advantage of aluminum’s natural oxide layer, those with decorative paint or anti-fouling require specific primers. Check for bubbling or "lifting" at the waterline, which indicates a failure in the specialized coating system.

Community & Resources

The community surrounding Meta yachts is small but intensely loyal, comprised mostly of long-distance voyagers and expedition leaders. The Chantiers Meta shipyard remains a primary resource for technical drawings and refit advice, maintaining a heritage that dates back to the construction of Bernard Moitessier’s famous "Joshua." Technical discussions often take place within specialized aluminum boat forums where the nuances of the Strongall system are discussed alongside traditional aluminum builds.

The Verdict

The Meta Blauwasseryacht is not a vessel for the casual weekend sailor; it is a specialized tool built for the rigors of the open ocean and high-latitude exploration.

Pros:

  • Exceptional Durability: The Strongall hull construction is arguably the toughest in the pleasure craft market.
  • Thermal Management: Superior insulation makes it an ideal platform for both Arctic and Tropical cruising.
  • Customization: Most hulls feature professional-grade systems tailored for long-term autonomy.

Cons:

  • Electrical Sensitivity: Requires rigorous maintenance of the electrical system to prevent electrolysis.
  • Weight: Not a "light air" performer; requires significant breeze to reach hull speed.
  • Utility Over Aesthetics: The rugged, unpainted aluminum look is "industrial" and may not appeal to all sailors.

Measurements

Construction & Hull

Construction Material
Hull Type
— Sailboat
Keel Type
Ballast
-
Displacement
-
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
-
Waterline Length (LWL)
-
Beam
-
Draft
-
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
P (Main Luff)
-
E (Main Foot)
-
I (Foretriangle Height)
-
J (Foretriangle Base)
-
Forestay Length (est)
-
Sail Area
-

Calculations

Sail Area / Displacement (SA/D) Ratio
Ballast / Displacement Ratio
Displacement / Length Ratio (D/L) Ratio
Comfort Ratio
Capsize Screening Formula
Hull Speed
— kn