Griffiths conceived the design for East Anglian tidal creeks and swatchways where draft is everything, yet at least one Golden Hind has rounded Cape Horn, and for many years the type was said to hold the record for the most transatlantic crossings by a production sailboat. That breadth of experience — from shallow estuaries to bluewater passages — defines the boat's enduring appeal.
Hull and Underbody
The 31's double-chined hull is solid laminate fiberglass, while the cabinhouse sides are solid mahogany and the deck structure is hardwood-framed marine plywood sheathed in six-ounce cloth and epoxy resin. The signature feature is the triple-keel arrangement: cast-iron ballast fully encapsulated within a center full keel, flanked by two steel bilge plates through-bolted into a heavy internal support frame. That frame is sized to carry the boat's full weight when she takes the ground, so the hull is not stressed in the event of a drying tidal berth — a deliberate piece of engineering for the cruising grounds Griffiths had in mind.
The aggregate lateral area presented by the full keel plus two bilge plates in three separate planes gives the 31 exceptional directional stability. She tracks extremely well and resists direction changes, a trait that makes singlehanded sailing straightforward even without self-steering gear. The bilge plates also dampen roll in a seaway, providing a steadier motion than the displacement and beam figures might suggest. One documented attempt to remove the plates before a transatlantic passage resulted in noticeably increased rolling and tenderness, with the owner concluding the marginal speed gain did not justify the discomfort.
Rig and Sailing Performance
Most production boats left the factory with a "standard" sloop rig whose mast reaches just 32 feet from deck to masthead — a conservative, low-aspect setup that makes the boat slow in light air and keeps it well short of its theoretical hull speed except in brisk conditions. The later Mark II boats introduced a cutter rig over 39 feet from deck to masthead along with more than 1,000 pounds of additional ballast, a combination that raises the sail-area-to-displacement ratio meaningfully. Despite the added weight suppressing absolute hull speed slightly, the Mark II routinely sails closer to its potential. A number of earlier owners have retrofitted taller rigs with reported satisfaction.
The increased wetted surface from three keels does exact a toll in light-air performance, particularly on standard-rig boats. In windward work, however, the boat surprises observers: it points better than its traditional profile implies, and the directional stability means it maintains its heading consistently through a chop without constant helm correction.
Accommodations
For a small traditional boat with a narrow beam, the interior is genuinely roomy. The main cabin offers over six feet of standing headroom throughout, a figure that many larger boats of the era could not match. The standard layout places a full-size settee berth to starboard and a love seat to port that converts to a full-length berth by opening a hatch in the forward bulkhead, allowing feet to extend into the base of the hanging locker beyond. There is a dedicated chart table and a proper wet locker adjacent to the companionway for foul-weather gear — rare amenities in a 31-footer.
The forward V-berth functions as two separate singles or as a roomy double when the midsection is filled in. An optional dinette layout allows a second double in the saloon. The galley, by contrast, is a consistent weak point: it is undersized, counter space is limited, and cooking while underway is genuinely difficult. Interior joinery and the hull laminate schedule improved measurably in the Mark II production run, and those boats also benefit from a redesigned rudder with greater surface area forward of the pivot point, which reduces the heavy weather helm that can afflict the original configuration.
Construction and Maintenance
The fiberglass Erskine and later boats are strong and durable in service; the original all-plywood Hartwell examples have fared less well with age and require careful scrutiny. The wood deck and composite cabinhouse construction demand consistent attention to sealants and fastenings: any leaks lead to water wicking quickly along the plywood's horizontal sections. The mitigating factor is accessibility — all deck sections can be reached from inside, and cutting out and replacing saturated plywood is reported to be relatively straightforward compared with more complex deck constructions.
The bilge plate installation is robust by design, but the steel plates and their support frame should be inspected for corrosion on any boat being considered for purchase, particularly in boats that have spent long periods in salt water without adequate maintenance.
Known Issues and Refits
Heavy weather helm is the most commonly cited handling complaint on the original-rig boats, a problem the Mark II's redesigned rudder specifically addresses. Retrofitting a taller rig is the most impactful single upgrade available to standard-rig owners, and at least one owner converted to a taller rig and was very pleased with the result. The bilge plates can be removed — the installation is designed to allow this — but experience suggests the motion penalty is not worthwhile for extended offshore work.
Wooden deck components are the structural area most likely to need remediation on older boats. Owners report that identifying wet areas and replacing them is manageable work, but it requires diligence because ignored leaks spread quickly through the plywood grain.
The Verdict
The Golden Hind 31 occupies a genuine niche: a bilge-keel shoal-draft cruiser that has proven itself offshore repeatedly, described by Yachting Monthly as tough, sea kindly, and ideal as a sturdy offshore cruiser. It is not a fast boat in the conventional sense, and anyone seeking light-air performance should look elsewhere. What it offers instead is versatility that few small cruisers can match — the ability to take the ground deliberately, explore tidal anchorages inaccessible to deeper boats, and then sail an ocean when the opportunity presents itself.
Pros
- Shoal triple-keel draft of under four feet opens anchorages unavailable to conventional fin-keelers
- Stands upright when aground; bilge plates engineered to carry the boat's weight
- Exceptional directional stability eases singlehanded sailing
- Bilge plates dampen seaway motion for a steady, comfortable ride offshore
- Over six feet of standing headroom throughout the main cabin
- Proven bluewater record including transatlantic passages and at least one Cape Horn rounding
- Tall-rig conversions and Mark II production address the main performance deficiency
Cons
- Standard short sloop rig is noticeably slow in light air
- Three-keel underbody increases wetted surface, compounding light-air sluggishness
- Galley is undersized and difficult to use at sea
- Wood deck and composite cabinhouse require consistent moisture management
- Heavy weather helm on original-configuration boats (mitigated in Mark II)
- Bilge plates and internal steel frame require corrosion monitoring
