Design Brief & Intent
The Belliure 2.5 was designed to serve as a fast, high-end Mediterranean cruiser-racer capable of holding its own in competitive offshore fleets while offering a level of comfort and luxury that mass-production builders of the era simply could not match. Where the earlier, Peter Ibold-designed Belliure models were heavy-displacement, traditional, and occasionally ponderous, the Ron Holland-designed 2.5 was lean, modern, and highly responsive. It was aimed squarely at discerning, affluent owner-operators who wanted to travel quickly between ports without sacrificing the solid, quiet ride of a high-quality yacht.
This premium focus is most evident in the boat's interior. Belliure utilized its heritage in high-end shipbuilding to fit out the cabin with hand-selected, premium teak joinery. The interior finish is highly robust, featuring solid teak trim, meticulously aligned grain patterns, and heavy marine-grade hardware. Unlike many lightweight cruiser-racers of the mid-1980s that relied on cheap liners and thin veneers, the 2.5 was built to superyacht-lite standards below deck, offering a warm, luxurious refuge with a practical sea-going layout, including a secure galley, dedicated navigation station, and comfortable cabins.
Variations & Configurations
While sharing a common 41.16-foot hull, the Belliure 2.5 was offered in a few distinct configurations to suit different sailing environments. The primary differences focused on the rig and the draft:
- The Rig: The standard and most common configuration is a powerful masthead sloop rig, which prioritized simplicity and raw power in light-to-moderate air. A fractional sloop version was also manufactured, offering more modern, adjustable backstay controls and easier mainsail depowering for racing-oriented crews.
- The Keel: The standard high-performance version featured a deep fin keel with a draft of 7.16 feet (2.18 m) paired with a high-aspect spade rudder, delivering exceptional lift and tracking when sailing upwind. For owners sailing in shallow regions like the Bahamas or certain parts of the North Sea, a shallow-draft wing keel option was introduced, reducing the draft to 5.16 feet (1.57 m).
Sailing Performance & Handling
The physical performance of the Belliure 2.5 is defined by a highly dialed-in set of design ratios. With a displacement of 14,250 pounds, it is significantly lighter and nimbler than the Peter Ibold Belliure 41. Its moderate displacement-to-length (D/L) ratio of 200.27 places it firmly in the cruiser-racer category, striking a fine balance between light-air acceleration and heavy-weather momentum. This is paired with an exceptionally powerful sail area-to-displacement (SA/Disp) ratio of 23.05, ensuring that the boat remains lively, responsive, and fast even in light under-10-knot breezes where older cruising designs would stall.
At the helm, the boat behaves like a thoroughbred. A ballast-to-displacement ratio of 48.28% represents an extraordinarily stiff boat. With nearly half of its weight carried down low in its 6,880-pound ballast keel, the 2.5 carries its sail plan with minimal heel, transitioning gusts directly into forward acceleration rather than dramatic tipping. This high righting moment is reflected in its capsize screening ratio of 1.98, certifying the boat as highly stable and safe for demanding blue-water passages. Meanwhile, a motion comfort ratio of 23.31 indicates that while the hull is lighter and quicker to react to waves than a heavy full-keeled cruiser, it retains enough displacement to prevent the jerky, fatiguing motion common to ultra-light modern flat-bottom hulls, keeping the crew comfortable on multi-day passages.
Known Issues & Triage
Because the Belliure 2.5 was constructed to high standards, it has held up better than many of its contemporaries. However, buyers should be aware of a few specific technical areas:
- Cored Laminate Scrutiny: Unlike solid fiberglass hulls of the 1970s, Belliure utilized a sandwich construction featuring a Divinycell PVC foam core for both the hull and deck. While Divinycell does not rot like traditional balsa cores, moisture can still migrate if the laminate is breached by poorly installed aftermarket hardware. Decks must be checked thoroughly with a moisture meter and sounding hammer, particularly around stanchion bases, windlasses, and chainplates.
- Teak Deck Fasteners: Belliure traditionally installed teak decks by fastening the planks through screws into the sub-deck. Over decades, the original black caulk can fail, allowing water to seep down the fastener threads. Re-caulking, re-screwing, or completely removing and replacing the teak with a modern vacuum-bagged or synthetic deck is a common and expensive refit item.
- Spade Rudder & Bearing Wear: The high-aspect spade rudder provides wonderful steering response but bears significant load. Original rudder bearings can develop play over forty years of service. Upgrading to modern self-aligning roller bearings is highly recommended during a haul-out if any steering play is detected at the helm.
Modernization & Upgrades
Many current owners of the Belliure 2.5 are actively upgrading these boats to serve as self-sufficient, long-range blue-water voyagers.
- Electrical Systems: Owners are increasingly replacing old, heavy lead-acid battery banks with high-capacity Lithium Iron Phosphate (LiFePO4) systems. The high power demands of modern electronics, watermakers, and refrigeration are easily supported by configuring solar arrays on a custom stern arch, taking advantage of the boat's excellent weight-carrying capacity in the bilges.
- Repowering and Drivetrain: The boat was originally equipped with reliable Yanmar diesel engines utilizing a traditional shaft drive. Modern refitted examples often feature upgraded 40hp to 50hp Yanmar common-rail diesels, which run significantly cleaner and quieter. Upgrading to a folding or feathering propeller (such as a Max-Prop) is a highly effective way to eliminate drag and fully unlock the performance potential of Ron Holland's hull design when under sail.
The Verdict
The Belliure 2.5 is a rare and highly capable cruiser-racer that successfully bridges the gap between Spanish luxury craftsmanship and legendary New Zealand speed. For the sailor who values the warmth of a beautifully crafted teak cabin but refuses to tolerate sluggish performance on the water, this Ron Holland design remains an outstanding, overlooked classic on the brokerage market.
Pros
- Exceptional upwind performance and stiffness due to a 48% ballast ratio and Ron Holland hull design.
- World-class interior joinery featuring high-quality, hand-selected teak.
- Divinycell core construction provides excellent thermal insulation, structural stiffness, and resistance to rot compared to balsa-cored rivals.
- High safety margin with a capsize screening ratio of 1.98, making it a viable blue-water passage maker.
Cons
- Splay-legged deck configurations with traditionally fastened teak decks can be a prime source of water intrusion if neglected.
- Deep standard draft of 7.16 feet limits access to shallow-draft coastal areas and marinas.
- Limited availability on the global market, with most examples concentrated in the Mediterranean.
