1989–1995 · designed by Cortland Steck · built by Hunter Marine
The Hunter 35.5 Legend was produced as a coastal cruiser with performance intent, succeeding the Hunter 35 Legend (1986–1989) after a deck mold and interior revision mid-1989. It is built around a shoal-draft winged bulb keel and a fractional B&R rig without a backstay, giving a large roach mainsail and competitive sail area for its displacement. The design targeted American weekend cruisers and club racers wanting a liveable, easy-to-sail 35-footer with better light-air performance than the heavier cruiser-orientated competitors of the era, while the shallow-draft wing keel broadened its appeal to buyers sailing areas with restricted depth.
This is a general read on the Hunter 35.5 Legend class — informed
background, not a verdict on any individual boat. Condition, refit history,
and how a particular hull was sailed and stored matter far more than class
reputation. Use it to know what to look for; for a read on a specific
listing, run a free FairKeel report on that boat.
At a glance
Hull form
Wing
Ballast type
Bolt On Lead
Rudder
Spade
Mast step
Deck Stepped
Hull construction
Fiberglass
Production
1989–1995
Built in
USA
What the Hunter 35.5 Legend is known for
Shoal-draft winged bulb keel (4 ft 6 in) opens up anchorages and tidal waters inaccessible to deeper fin-keel boats of similar length, a genuine practical advantage in US coastal cruising grounds.
Fractional B&R rig with large roachy mainsail and no backstay gives good upwind performance and a simple, easily depowered sail plan for shorthanded sailing.
Reasonably well-appointed interior for a late-1980s 35-footer, with standing headroom, functional galley, and a nav station.
Bolt-on lead keel is straightforward to inspect — forward bolts are visible inside the cabin — without the hidden-moisture concerns of an encapsulated keel.
Known trade-offs
Late-1980s Hunter production quality is considered below average by surveyors — laminate schedules were light, hardware backing plates were often minimal, and deck fittings were under-engineered for the loads placed on them.
Osmotic blistering risk is high across the entire production run; assume the hull needs a moisture survey and budget for potential peel-and-barrier-coat remediation.
Balsa-cored decks with pervasive hardware penetrations make wet-core defects nearly universal on unrestored examples, often requiring extensive and expensive remediation.
Wing keel limits upwind performance in a chop compared to a deep fin, and the very shallow draft (4 ft 6 in) means the boat hobby-horses in short steep seas and can feel tender in strong breeze without careful sail trim.
Resale market is thin and values are modest — the boat attracts buyers on price, which means maintenance has often been deferred; expect a thorough survey to surface a long punch list.
Deck-core moisture intrusion around chainplates, stanchion bases, and hardware penetrations — balsa-cored deckseverity: Highaffects: 1989–1995
Deck-stepped mast compression post cracking or softening — load transfers through an interior column tied to the fiberglass gridseverity: Mediumaffects: 1989–1995
Standing rigging at or beyond service life — 30+ year old shrouds and stays on unrefitted examplesseverity: Highaffects: 1989–1995
Keel bolt inspection overdue — visible forward bolts and under-panel aft bolts should be surveyed for corrosion and weepingseverity: Mediumaffects: 1989–1995
Systems to check before you buy
Hull bottom and topsides — blister surveypriority: offshore, coastal, liveaboard
Late-1980s Hunter hulls are susceptible to osmotic blistering. Require a moisture meter survey of the entire hull below waterline. Active blistering or high moisture readings indicate the boat needs haul, peel, and barrier coat — a significant cost that should be reflected in offer price.
Balsa-cored decks are prone to water ingress through any unsealed hardware penetration. Tap the entire deck and check around every stanchion base, chainplate, winch pad, and cleat. Soft spots indicate wet core requiring opening, drying, and relamination. This is among the most common and costly defects on this era Hunter.
Keel bolts and chainplatespriority: offshore, coastal, weekending
The forward keel bolts are accessible inside the cabin; aft bolts are behind a panel adjacent to the galley. Inspect all bolt heads and surrounding glasswork for weeping, staining, or corrosion. Chainplate attachments into the cored deck require separate inspection for delamination and movement. Standing rigging wire at 30+ years should be treated as due for replacement regardless of visual condition.
Engine and raw-water cooling systempriority: coastal, liveaboard, motor
Factory power is a three-cylinder Yanmar 3GM diesel of 27hp, sitting under the cockpit floor. Access is better than that sounds: the top of the engine comes up through the removable companionway step, with side panels in the aft cabin and the head, so the dipstick, raw- water strainer and water pump are all reachable. Practical Sailor rates noise and vibration as very acceptable. Ignore any suggestion of an Atomic 4 petrol engine on this boat — it is a 1989-onwards design and the Atomic 4 had been out of production for years. Normal diesel checks apply: raw-water impeller housing, heat exchanger and exhaust elbow are the failure-prone items on a neglected installation, and by now some hulls will have been repowered, so confirm what is fitted and how well it was done.
Deck-stepped mast base and compression structurepriority: offshore, coastal, weekending
The mast bears on a compression post tied into the internal fiberglass grid. Inspect the mast base for corrosion, and inspect the headliner and compression column for cracks, soft spots, or separation from the hull grid. The B&R fractional rig has no backstay — rig tune and spreader attachment integrity are critical load paths.
How it fits your plans
Offshore
Marginal for offshore passages. The shallow winged keel limits windward performance in seaway, and the deck-stepped rig with balsa-cored deck presents meaningful risk offshore without thorough refit. A well-maintained, fully re-rigged example with keel-bolt and structural survey clearance could handle coastal offshore hops, but this is not a bluewater passage boat.
Coastal
Well-suited to coastal daysailing and weekend passages in sheltered to moderate conditions. The fractional B&R rig gives good sail area and responsive handling, and the shoal-draft wing keel opens up anchorages unavailable to deeper fin-keel boats.
Liveaboard
Interior volume is moderate for the length. Liveaboard feasibility depends heavily on specific fit-out and systems condition. Air circulation and freshwater tankage are limiting factors on older examples.
Weekending
This is where the boat is most at home — weekend coastal cruising with a couple aboard. Easy to sail shorthanded and comfortable enough for two-night trips. Shoal draft is a practical advantage in many US coastal cruising grounds.
Racing
Not competitive in any current class. The hull and rig have performance intent but the design is too old and the fleet too heterogeneous to race competitively without significant investment.
Motor
Single diesel under sail or power handles moderate conditions well. The shoal-draft hull moves easily under engine in calm water but the wing keel and spade rudder give limited manoeuvrability in confined marinas at slow speed.
This guide is the class. A report is that hull. Paste the
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known about the Hunter 35.5 Legend — where the evidence is thin, the red flags worth
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boat suits the plans you describe in a few short questions.
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