As a two-number Hewson design, the 36 belongs to Sabre’s second generation of sailboats, which ran from the company’s founding in 1970 until the early 1990s. Jim Taylor’s three-number models followed. The Sabre 36 combines a solid-fiberglass hull, lead ballast, and a masthead rig with a choice of shoal centreboard or deep fin keel.
Design and Construction
The Sabre 36 measures 36 feet overall, with a 29.33-foot waterline and an 11.25-foot beam. Displacement is near 13,200 pounds, including 5,400 pounds of lead ballast. Its ballast-to-displacement ratio is 40.9%, placing it firmly in the performance-cruiser camp rather than among heavy-displacement traditional boats.
The hull is solid fiberglass and the keel is lead. It’s a straightforward, repairable traditional combination that avoids the balsa- or foam-coring questions associated with later generations.
Sabre offered the 36 with different keel alternatives, and that choice significantly affects how an individual boat behaves. Depending on load, the stub/centreboard keel draws just 4.20 to 4.50 feet, allowing access to even shallow marinas. The fin keel requires major-marina depth, drawing 6.33 to 6.63 feet.
The fin-keel Sabre 36 has a capsize screening value of 1.89, which falls within accepted offshore-participation bounds under that formula. Its Motion Comfort Ratio is 25.9, while an immersion rate of 1,146 pounds per inch points to a hull that resists both sudden heel and deep sag under added load.
Rig and Handling
The Sabre 36 carries a masthead rig, and its sail-plan figures show how much performance depends on headsail choice. With the ISO 8666 reference sail, the sail area-to-displacement ratio is 17.4. With a 135% genoa, it rises to 20.8—a meaningful increase that shows how much the boat relies on a large foretriangle headsail for its light-air character.
A displacement-to-length ratio of 232 puts the boat among “moderate racers,” and its theoretical displacement-hull speed is 7.3 knots. Wetted surface is 419 square feet, keeping the hydrodynamic footprint moderate for the boat’s length.
The running rigging follows conventional masthead-sloop practice. The mainsail, jib/genoa, and spinnaker halyards are each 108 feet of 1/2-inch line. The jib and genoa sheets are 36 feet of 0.55-inch line, the mainsheet is 90 feet of 0.55-inch line, and the spinnaker sheet is 79.2 feet of 0.55-inch line.
Accommodations and Layout
The available material doesn’t characterize the cabin plan beyond the hull and rig parameters given above. A length-to-beam ratio of 3.22 and a comfort number of 25.9 describe a moderately beamed hull with a settled motion profile, rather than a beamy, volume-maximized contemporary cruiser.
Verdict
The Sabre 36 plainly reflects its Hewson-era performance-cruiser brief. It combines a lead-keeled, solid-fiberglass hull with a masthead rig that rewards a large genoa. Its moderate-racer displacement profile is paired with a comfort number that suggests civilized motion.
The choice between shoal centreboard and deep fin keel is fundamental: buyers must weigh gunkholing access against upwind bite. Either version carries the marque’s second-generation engineering.
Pros
- Lead ballast and a solid-fiberglass hull form a repairable, traditional combination
- The shoal 4.20–4.50-foot centreboard option opens shallow cruising grounds
- Sail area-to-displacement rises from 17.4 to 20.8 with a 135% genoa, adding light-air drive
- A capsize screening value of 1.89 and comfort ratio of 25.9 indicate a seaworthy, settled hull
Cons
- The fin keel’s 6.33–6.63-foot draft restricts anchoring and marina choices
- Fewer than 200 were built, so spares and model-specific knowledge are thinner than for higher-volume peers
