Design and Construction
Sabre’s third-generation Taylor designs moved away from the balsa coring of earlier Sabres to lighter Divinycell foam, and the 426 is the first Sabre whose hull was vacuum-bagged — a process that clamps the laminate hard to ensure a solid core-to-skin bond. The hull and deck are E-glass over that Divinycell core, with high-density PVC inserted at every through-bolted hardware location. The inward-turning hull/deck joint is through-bolted and bonded with 3M 5200, then capped by an integral teak toerail, while bulkheads, berth faces, shelves, and beefy floor stringers are laminated to the hull for structural reinforcement. A watertight bulkhead separates the forepeak locker from the V-berth, and all seacocks are Marelon units set in glassed-in riser pads. The high-aspect spade rudder turns on a heavy-duty carbon-fiber rudderstock. Excellent joinery such as dovetailed maple drawers reflects the yard’s Maine build standards. Overall the 426’s systems met or bettered ABYC and Coast Guard standards.
Rig and Handling
The 426 carries a three-spreader, 59-foot Hall Spars aluminum mast stepped slightly forward and supported by Navtec rod rigging. A size-44 Lewmar electric winch on the starboard cabin top serves the main halyard, and the midboom mainsheet runs through a rope clutch to a cabin-top winch shared with halyard, topping lift, and reefing lines. Under a 130-percent genoa, test sailors found the boat powered up quickly and reached 6 knots in roughly 8 knots of true wind on Narragansett Bay. The deep-keel version suits a cruiser who likes to race; the wing-keel shoal draft proved reasonably close-winded, tracked very well in light-to-moderate wind, and the wing provided ample hydrodynamic lift when tacking through 90 degrees. A 10-inch bridgedeck and six hefty 10-inch cleats round out the seaworthy deck plan.
Accommodations
Below, the interior is straightforward and clean, finished in matte-varnish cherry with an ash ceiling and companionway inlays. The U-shaped starboard galley uses Corian counters and a self-draining top-loading locker; opposite sits a forward-facing nav station with room for charts and guides. A well-gasketed fridge opens from top or side, and an ample head with shower lies to port and forward of the main cabin, beside a cedar-lined hanging locker. Aft of the nav station a comfortable double berth breathes through a hatch under the port cockpit seat. Sabre wisely resisted cramping in a second head, and the lightweight folding dining table leaves saloon floor space clear. Copious stowage — more than enough for long-distance ambitions — is a defining strength.
Known Issues
Period testers rated the electrical and mechanical systems as first class, but logged a few caveats. Engine access was a bit tight, especially for oil changes. The manual cockpit bilge is small and slow in an emergency, and the 1,000-gph electric bilge pump’s discharge hose was fitted with a right-angle bend and a check valve immediately at the pump that cut the flow anchor. The grounding conductor from the chainplates to earth measured AWG 6, meeting ABYC lightning protection minimums only at the threshold.
Refits and Ownership
Owners shopping a 426 will find a boat whose standard 55-hp Westerbeke 55A was later joined by the slower-turning 55B for more low-end torque in a lighter package; the boat reviewed carried the optional 56-hp Yanmar. The 60-gallon fuel and 120-gallon water capacities support extended cruising, and the subtle blend of modern lines with traditional cherry details gives the 426 understated good looks that wear well.
The Verdict
The Sabre 426 is a thoughtfully engineered Taylor design that pairs a vacuum-bagged foam-core hull with a race-bred rig and a genuinely cruising-friendly interior. It is quick for its weight, dry in the forepeak, and beautifully finished, with stowage that invites passage-making. The tight engine bay and modest bilge handling are the trade-offs for its clean deck and refined systems.
Pros
- Vacuum-bagged Divinycell hull with through-bolted, bonded deck joint
- Lively performance under genoa; wing keel tacks through 90 degrees with good lift
- Exceptional cherry joinery and long-distance stowage without a cramped second head
- Systems meet or exceed ABYC and Coast Guard standards
Cons
- Engine access tight, notably for oil changes
- Manual bilge slow; electric pump hose layout restricts flow
- Lightning grounding wire only meets ABYC minimum
