Design Brief & Intent
The core mission of the Comet 1000 was to deliver a family-friendly coastal cruiser that would not compromise on sailing agility. During the late 1970s and early 1980s, the European market was highly competitive, with builders like Gib'Sea, Canados, and Camper & Nicholsons vying for dominance in the 30-to-33-foot range. Jean-Marie Finot approached this challenge by drawing a hull that retained the wide, stable beam of typical IOR designs but carried that beam much further aft to maximize interior volume and deck space.
Step below deck, and the physical manifestation of this design philosophy becomes immediately apparent. The interior is surprisingly voluminous for a boat of this vintage, featuring generous headroom and a practical layout consisting of a forward V-berth, a central saloon with convertible settee berths, an L-shaped galley, a dedicated navigation station, and a marine head. The joinery utilizes rich, traditional marine plywoods and solid teak trim that were hallmarks of Comar's high manufacturing standards before the mass-production cost-cutting of the late 1980s. Unlike the larger Comet 11, which featured highly experimental living zones, the Comet 1000 opted for a more traditional and widely accepted layout, making it an easier sell to cruising families.
Sailing Performance & Handling
On the water, the Comet 1000 reveals its racing pedigree through immediate responsiveness and high initial stability. With a displacement of 10,141 pounds and a waterline length of 27.23 feet, the boat carries a displacement-to-length ratio of 224.23, placing it squarely in the medium-displacement category. Its sail area-to-displacement ratio of 16.05 indicates a well-balanced sail plan that is easily driven in light-to-moderate airs—conditions common in the Tyrrhenian and Adriatic seas.
The underbody configuration, featuring a deep fin keel drawing 5.91 feet and a robust skeg-hung rudder, ensures excellent tracking when close-hauled and reliable control when running downwind. With a comfort ratio of 23.1 and a capsize screening ratio of 1.99, the boat is remarkably stable for its size and exhibits a reassuring righting motion in a seaway. However, because of the wide beam carried aft, the hull can experience significant helm pressure if allowed to heel excessively. Experienced helmsmen note that reefing the mainsail early—typically when true wind speeds exceed 15 knots—keeps the boat on its feet, preserves tracking efficiency, and prevents the rudder from washing out.
Market Snapshot & Economics
Today, the Comet 1000 occupies a highly specific niche on the brokerage market, primarily concentrated in Southern Europe. Because of its age, it represents an entry-level pathway to classic cruiser ownership, commanding a modest value that appeals to budget-conscious sailors and hands-on DIY enthusiasts.
While the initial purchase cost of a Comet 1000 is highly accessible, buyers must look at the acquisition through the lens of refit economics. Upgrading major systems—such as standing rigging, sails, and electronics—can quickly exceed the market value of the vessel. Consequently, well-maintained examples that have already undergone modern updates command a significant relative premium, whereas neglected hulls are often priced to reflect their status as project boats.
Known Issues & Triage
Prospective buyers must conduct a rigorous inspection of several known weak points inherent to the model's age and construction methods:
- Osmotic Blistering: Although Comar utilized high-quality resins during lay-up, the original gelcoat formulations of the late 1970s and early 1980s are susceptible to moisture absorption. It is common to find older hulls showing signs of osmotic blistering, requiring a complete peel, dry-out, and epoxy barrier coat application.
- Inner Structural Liner Leaks: The Comet 1000 utilizes an internal fiberglass grid or counter-mould (controstampo) to distribute structural loads. If water enters through deck fittings, stanchions, or the anchor locker, it can travel undetected between the hull and the liner, eventually pooling in the central bilge. Finding the source of these leaks requires systematic testing of deck hardware.
- S-Drive Diaphragm and Seal Decay: Many original units were fitted with a Farymann or Bukh diesel mated to an S-drive transmission. The rubber diaphragm seal separating the drive unit from the hull has a strict service life. If it has not been replaced within the last seven to ten years, it must be serviced immediately to prevent catastrophic hull flooding.
- Rigging Chainplate Anchors: Inspect the chainplate U-bolts and the bulkheads they are through-bolted to. Water intrusion through dry deck seals can rot the structural bulkhead plywood hidden behind the cabin cabinetry.
Modernization & Upgrades
The most crucial modernization project for a vintage Comet 1000 centers on the auxiliary propulsion. The original 18-horsepower water-cooled Farymann or Bukh engines are increasingly difficult to maintain due to a lack of OEM spare parts. Many veteran owners have successfully repowered their vessels with modern 20-to-30-horsepower engines from Yanmar, Nanni, or Vetus. A modern, lighter-weight engine not only improves reliability but also provides crucial reserve power when maneuvering against heavy Mediterranean chop and strong coastal currents.
Electrical retrofitting is another common upgrade. The original 12-volt wiring looms are often corroded, disorganized, or inadequate for modern power demands. Upgrading the DC distribution panel, running marine-grade tinned wire, and installing modern lithium iron phosphate (LiFePO4) battery banks coupled with high-output alternators or solar arrays can transform the vessel into a self-sustaining coastal cruiser.
The Verdict
The Comet 1000 remains a handsome, structurally sound, and lively cruising yacht that represents the golden era of Italian boatbuilding. For sailors seeking a classic 32-foot vessel with honest sailing manners, excellent light-air performance, and a surprisingly commodious interior, this Groupe Finot design is an outstanding candidate. So long as a buyer accounts for the eventual cost of engine replacement and system modernization, it is a rewarding platform that continues to punch above its weight class.
Pros
- Excellent sailing performance and responsiveness, particularly in light-to-moderate Mediterranean breezes.
- High initial stability and a reassuring comfort motion in coastal sea states.
- Surprisingly spacious interior layout with generous headroom and quality teak joinery.
- Well-engineered hull structure with a robust fin keel and protective skeg-hung rudder.
- Strong class history and an active community of European owners sharing technical advice.
Cons
- Original Farymann or Bukh auxiliary engines are obsolete and parts are increasingly difficult to source.
- Age-related issues such as gelcoat osmosis and deck core wetness are common on neglected hulls.
- Tracking down interior leaks can be frustrating due to the internal fiberglass counter-mould liner.
- The wide-beam hull shape requires early reefing to prevent heavy helm pressure in winds above 15 knots.
