Sabre 28-2 Sailboat Review, Specs, and Listings

Design and Construction

The hull is a solid fiberglass layup of mat and roving using polyester resin, a slightly heavier-than-average hand layup that shows no hard spots despite some roving print-through, and the gelcoat quality is excellent anchor. The deck is balsa-cored for stiffness with plywood inserts at stress points such as winch mountings, and the hull-to-deck joint uses an inward flange butyl-bedded and through-bolted on six-inch centers with stainless steel bolts, also carried across the transom. All deck hardware—stanchions, pulpits, cleats—is through-bolted and backed with thick aluminum plates to spread load. Inside, fillet bonding is neat, there are no rough fiberglass areas, and exposed interior surfaces are gelcoated or painted. The ballast keel is an external lead casting well faired to the hull, with keel bolts accessible in the bilge for periodic tightening.

Mast compression passes through a teak column in the main bulkhead, and shroud chainplates are heavily bolted to that bulkhead, which is solidly glassed to the hull. Secondary bonding and bulkhead attachment are almost always flawless, and the boat’s strengths are very solid construction and above-average finish.

Rig and Handling

The Sabre 28 is a masthead sloop with a deck-stepped aluminum mast built by Rig-Rite, originally with single upper and lower shrouds. Mast pumping was very bad on that early rig and led to some premature rigging failures, so in 1975 a forward lower shroud was added, and all early boats should be retrofitted if missing anchor. A ketch-rig option appeared along the way. Internal halyards, internal clew outhaul, topping lift, and two-point jiffy reefing were standard, and the mainsheet moved to the cabin top in 1982.

With main chainplates set well inboard the headsail sheeting base is narrow, and with a relatively small wetted surface and big genoa she is fast in light air. Owners report she is not a particularly stiff boat and is a little more tender than her robust look suggests, yet consider her performance well above average. The off-center solid prop means she may be faster on one tack than the other, and owners who race should experiment. Under power, owners consider handling good; with fin keel and spade rudder she turns in a tight circle. The shoal keel gives a less efficient lateral plane for windward work.

Accommodations

Below, the Sabre 28 sleeps six across two cabins with a minimum headroom of 5′ 11″, rising to 6′ under the main hatch. The forward cabin has V-berths with a filler to form a double, a drawer and bin under each, and the 30-gallon polyethylene water tank sits beneath. The full-width head closes off from both cabins by doors. In the saloon, the port settee extends to a small double, a bulkhead fold-down table seats four, and the starboard galley at the after end pairs with a port quarterberth. Galley storage is good with four drawers and lockers, the sink sits just off centerline near the companionway, and the recessed two-burner Kenyon alcohol stove was standard. Some older boats used a four-berth layout for a larger galley.

The cockpit is large and comfortable, easily seating five with wheel steering, and the 1976 redesign accommodated the wheel without harming seating. Lockers include a shallow port seat top, a deeper helmsman’s seat locker, and a deep starboard locker bulkheaded off so gear won’t migrate to the bilge; it holds the drop-board and emergency-tiller brackets plus a line shelf. The companionway tapers sharply so boards lift out an inch.

Known Issues

Early-model rigging problems from mast pumping are the clearest structural weakness, addressed by the 1975 forward lower shroud retrofit. Boats with the original Universal Atomic 4 gasoline engine have exhaust systems that will almost always need replacement if still original, and early mild steel fuel tanks are prone to corrosion. Engine access on early Atomic 4 models is poor, though Volvo-powered boats have good routine access. The stuffing box is poor to reach for annual repacking, and the main electrical panel sits next to the companionway where spray can reach it.

Refits and Ownership

Power evolved from the Atomic 4 (through 1975, with a 10 hp Volvo option that year) to the 13 hp Volvo MD7A standard from 1978 through 1980, then the 13 hp Westerbeke in 1981. The propeller shaft offset varies by engine rotation—port on the right-hand Atomic 4, starboard on left-hand Volvos, centerline on the earliest. There is no oil sump under the engine. The 1982 changes insulated the icebox top and lids, completing its design, and post-1982 boats gained solid teak drop boards and a smoked plexiglass hatch top. A foredeck anchor well added in 1975–76 holds adequate ground tackle, with bitter-end security from 1982; the water tank vent lives there. Four opening ports were standard, an extra main-cabin hatch optional, and the dorade over the head was the only foul-weather ventilation.

The Verdict

The Sabre 28-2 is a thoughtfully engineered small cruiser-racer with honest construction and a belowdecks plan that punches above its 28-foot length. Its tender nature and early rigging caveats are manageable, and the voluminous lockers and practical cockpit show a builder attentive to use. Among used Sabre 28-2, Tartan 27, Hunter 27, and Catalina 27, it reads as the more finished and structurally considered choice.

Pros