Design and Hull Form
The Bermuda 40's lines are the product of the Cruising Club of America rating rule, and they are unmistakably of their era in the best possible sense. Generous overhangs, a sprung sheer that rises at the bow and meets a concave counter and nearly vertical transom — these are the hallmarks Tripp favored and the features that give the boat its enduring visual balance. The low point of the sheer falls roughly two-thirds aft, lending the profile its characteristic elegance. The keel draws just over four feet with a gently cutaway forefoot and a clean, straight run on the bottom; the rudder hangs off the trailing edge of the keel on a vertical rudderstock, an arrangement that provides meaningful protection against grounding damage and gives the crew a fighting chance to free the boat without crippling the steering.
Displacement is moderate — heavier than pure racing machines of comparable length but considerably lighter than full bluewater cruisers — placing the Bermuda 40 in a comfortable middle ground suited to extended offshore passages without sacrificing light-air responsiveness. The beam of nearly twelve feet is substantial for the era, and Tripp used that breadth deliberately: form stability compensates for what a shoal-draft centerboard keel cannot achieve through ballast depth alone.
Construction Quality
No aspect of the Bermuda 40's reputation is more consistent than its construction. The hull began as a solid fiberglass laminate; later production boats incorporated a Kevlar/E-glass hybrid fabric for additional strength-to-weight performance. Decks evolved from solid glass to balsa core and, in final production, to vacuum-bagged PVC foam panels. The hull-to-deck joint is legendary among surveyors: the inward flange runs approximately half an inch thick and six inches wide, roughly twice the scantling of comparably sized production boats, with a lip that provides a positive mechanical register before a single bolt is turned.
All deck hardware is through-bolted into tapped holes rather than simply dropped through oversized bores, making each fastener thread into the deck laminate, backing plate, and lock nut simultaneously. Lead ballast is external, secured with one-inch stainless steel bolts. The cast bronze centerboard operates on a worm gear rather than a wire pennant — a detail that eliminates the wear and stretch inherent in cable systems. Cockpit seat lockers are gasketed and lockable from below, a standard that remains genuinely uncommon even on serious offshore designs. One owner described the overall result simply as bullet-proof and over-engineered — a phrase that appears to reflect genuine experience rather than enthusiasm.
Rig, Handling, and Sailing Character
Three distinct variants were produced under the Bermuda 40 name. The original Custom and the Mark II were yawls, the latter gaining an airfoil centerboard and a marginally taller mainmast that added roughly twenty square feet of sail area. The Mark III, introduced in response to the IOR rule, saw the mainmast raised over four feet and moved aft nearly two feet, enlarging the foretriangle substantially and requiring an additional thousand pounds of ballast to manage the raised center of effort — ballast that lengthened the waterline measurably.
Upwind performance is not the Bermuda 40's strongest suit: the shallow keel and full underbody require patience through tacks, and the boat takes time to rebuild speed after each one. Owners confirm this limitation while noting that off the wind the picture changes considerably. The combination of mizzen and centerboard allows balance to be dialed in far more precisely than most boats manage, particularly from beam reach to broad reach — points of sail that typically cause handling difficulties. One owner reported that on most courses, weather helm could be virtually eliminated through sail trim alone. Seaworthiness ratings from owners were uniformly excellent; the boat has taken knockdowns without sustaining damage.
Accommodations
Interior layouts vary hull to hull because each Bermuda 40 was built to order, but the floor plan follows a consistent arrangement. V-berths forward convert to a double with an insert board and cushion. The head carries a sink and shower as standard equipment, with cedar-lined lockers for clothing opposite. The saloon provides berths for four through extension settees and pilot berths port and starboard, though the combination pushes furniture inward toward the centerline, making the cabin feel narrower than the beam might suggest.
The galley sits aft and is compact. Counter space is limited to the lid tops of the icebox and a stowage bin; the navigation station occupies the starboard side above the icebox in a standing-only arrangement by default, with a navigator's seat available only as an option. Wide sidedecks — a genuine asset offshore — come at the direct cost of interior breadth, a trade-off Hinckley made consciously and owners accept as part of the design's ethos. The finish and joinery work that characterize any Bermuda 40 interior — original buyers could specify cherry, white ash, or the traditional Maine combination of white paint and varnished mahogany — represent a standard of craftsmanship that has no meaningful equivalent in production boatbuilding of any era.
Known Limitations and Engine Notes
Under power, the Bermuda 40 behaves as a full-keel design with an aperture-mounted propeller will in reverse: steering control is limited and docking demands practice. The centerboard can be deployed to aid docking, a practical workaround owners employ routinely. Engine access has consistently rated as fair rather than good; all service accesses from the forward end while sides are reached through the cockpit lockers. The shaft and stern log are noted by owners as buried and difficult to reach.
The Westerbeke 4-107 diesel that served as the standard auxiliary for much of the production run — tested for several hours at the factory and upgraded to a 105-amp alternator before delivery — has adequate power for ordinary coastal sailing. Owners note it has barely sufficient power to punch through headseas, and as engines accumulate hours that margin narrows further. Later models were optionally fitted with the Yanmar 4JH2E. Fuel capacity is 48 gallons in a Monel tank; three stainless steel water tanks hold 110 gallons — generous reserves for extended cruising.
The Verdict
The Hinckley Bermuda 40 is not a boat that wins arguments with performance numbers. It is a boat that wins them with time. Thirty-two years of continuous production, circumnavigations, offshore race victories, and a secondary market sustained by Hinckley's own brokerage arm providing ongoing factory support — these are the metrics that matter for a design of this type. For a couple planning serious offshore work in shoal-draft waters, or for any sailor for whom the standard of the object matters as much as its speed, the Bermuda 40 remains a rational choice as well as an emotional one.
Pros
- Exceptional build quality throughout — hull, deck joint, hardware attachment, and joinery all exceed production norms
- Centerboard/keel combination opens shoal anchorages while providing reasonable offshore stability
- Worm-gear bronze centerboard eliminates wire-pennant wear
- Mizzen sail and centerboard together give unusually fine balance across a wide range of points of sail
- Factory support and dedicated brokerage network sustain long-term ownership value
- Wide, uncluttered sidedecks make offshore watchkeeping safer and more comfortable
Cons
- Upwind performance is modest; the boat is slow through tacks and takes time to rebuild speed
- Interior feels narrow relative to overall beam due to wide sidedecks and pilot berth arrangement
- Engine access is fair at best; shaft and stern log are difficult to service
- Auxiliary power is adequate for ordinary conditions but marginal in heavy headseas
- Navigation station requires a separate seat option to be genuinely functional on passage
- Galley counter space is limited even by the standards of the era
