Concorde 151 — Information, Review, Specs

Bruce Farr·1991·Concorde Yachts (THAILAND)
Concorde 151 drawingBuilder drawing
Hull type
Monohull · bulb
Rig
Cutter
LOA
131.24' · 40 m
Displ.
434,310 lbs · 197,000 kg
First year
1991

The Concorde 151 is a monumental achievement in the evolution of the sailing superyacht, representing a period when composite construction began to meet the uncompromising demands of the ultraluxury charter market. Built by Concorde Yachts in Thailand—a shipyard founded specifically to execute the ambitious visions of Pekka Koskenkyla and Joe Vittoria—the 151foot (46meter) sloop was designed by the worldrenowned Farr Yacht Design. As Design 261 in the Farr portfolio, this vessel was conceived as a larger, more voluminous successor to the Concorde 131, aimed at providing the amenities of a motor yacht with the soul and grace of a worldclass sailing vessel.

Measurements

Dimensions 01

LOA
131.24 ft
LWL
116.47 ft
Beam
29.5 ft
Draft
12.79 ft
Max headroom
-
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Bulb
Rudder
1× Spade
Ballast
- (Lead)
Displacement
434310 lbs
Water
1321 gal
Fuel
3822 gal

Rig & sails 03

Rig type
Cutter
P · main luff
-
E · main foot
-
I · fore ht.
-
J · fore base
-
Forestay (est)
-
Sail area
7050 sqft

Calculations 04

SA/D ratio
19.66
Ballast/Disp.
D/L ratio
122.72
Comfort ratio
61.32
Capsize screening
1.56
Hull speed
14.46 kn

Sailing Performance & Handling

The sailing philosophy behind the Concorde 151 was to create a "powerhouse" sloop capable of maintaining high speeds even in moderate conditions. Despite a displacement that exceeds 250 tons, the hull features the signature clean lines and performance-oriented appendages characteristic of Farr’s racing heritage. The rig is a massive single-masted sloop configuration which, during its debut, pushed the limits of contemporary rigging technology.

According to technical specifications from Farr Yacht Design, the boat was engineered for global cruising with a focus on stability and ease of motion. Under sail, the 151 tracks with remarkable precision for a vessel of its scale, though it requires sophisticated hydraulic management to handle the enormous loads on the sheets and halyards. While it lacks the "nimbleness" of a smaller performance yacht, it excels in reaching and downwind runs, where its massive waterline length allows it to comfortably exceed 15 knots in the right breeze. Handling at the helm is typically described as "stately," offering significant feedback but requiring the assistance of powerful bow and stern thrusters for tight maneuvers in harbor.

Interior Comfort & Variations

The interior of the Concorde 151 was a departure from the cramped, utilitarian layouts of traditional sailing vessels, opting instead for a "penthouse" aesthetic characterized by wide beams and high overheads. The 151 variant offered significantly more internal volume than its sibling, the Concorde 131, allowing for a standard configuration that often included five or six guest staterooms, each with en-suite facilities.

As noted in editorial features by Boat International, yachts like Passe Partout (a prominent Concorde 151) showcased a raised pilothouse design that flooded the upper salon with natural light—a rare feature for sailing yachts of that era. The use of high-gloss teak or mahogany was common, often paired with light-colored upholstery to maximize the sense of space. Because these vessels were frequently utilized for high-end charters, the crew quarters are notably expansive, designed to house up to 8 or 9 crew members to ensure a high level of service.

The Concorde 151 gained significant notoriety as part of the Mirabella fleet. Mirabella IV, a Concorde 151, was a fixture in the luxury charter circuit for years and served as a precursor to the even more massive Mirabella V (now M5). The series became a symbol of the "bigger is better" movement in sailing, proving that sailing yachts could compete directly with motor yachts in terms of luxury and deck space.

Known Issues & Buyer’s Checklist

Prospective buyers and researchers should focus on the technical longevity of a composite hull of this scale. While the fiberglass construction is robust, the age of these vessels necessitates a rigorous inspection of the following:

  • Hydraulic Systems: The Concorde 151 relies almost entirely on hydraulics for sail handling, thrusters, and winches. An audit of the central power packs and hose aging is critical, as a failure in these systems can render the boat unsailable.
  • Rigging Loads: The forestay and backstay tension on a 151-foot sloop is immense. Non-destructive testing (NDT) on the mast base and chainplates is a standard requirement for any vessel of this vintage.
  • Teak Deck Condition: Given the massive deck area, a full replacement of the teak can be a seven-figure expense. Check for thinning planks and failing caulking which can lead to moisture ingress near the deck hardware.
  • Refit History: Many 151s have undergone significant refits. It is vital to verify if the original wiring and plumbing manifolds were replaced or merely "serviced," as original systems from the mid-90s are now reaching the end of their reliable service life.

Community & Resources

While there is no formal "Concorde Owners Club" due to the limited number of hulls produced, technical support is primarily funneled through the designers at Farr Yacht Design. Information regarding the fleet’s history and current status is frequently updated by high-authority maritime registries such as the SuperYacht Times, which tracks the refits and ownership changes of the specific Concorde 151 hulls.

The Verdict

The Concorde 151 remains a pinnacle of the 1990s sailing superyacht era, offering a unique blend of Farr-designed performance and Thai-built luxury.

Pros:

  • Unrivaled Volume: Offers interior space comparable to 50-meter motor yachts.
  • Pedigree Design: Hull and rig design by Bruce Farr ensure better-than-average sailing dynamics for its size.
  • Charter Legend: Proven layout for high-occupancy guest service and privacy.

Cons:

  • Operating Costs: Maintenance of the hydraulic and rigging systems requires a substantial annual budget and professional crew.
  • Draft Limitations: At over 13 feet (4 meters), many shallow-water cruising grounds and marinas are inaccessible.
  • Complexity: The sheer scale of the systems makes it a challenging vessel for anything other than a fully-crewed operation.

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