Liberty 49 Sailboat Review, Specs, and Listings

Stan Huntingford·1985 – 1989·~13 hulls·Shin Fa/Liberty Yachts (TAIWAN)
Liberty 49 drawingBuilder drawing
Hull Type
Monohull · fin
Rig
Cutter
LOA
48.75' · 14.86 m
Disp.
38,000 lbs · 17,237 kg
First year
1985

The Liberty 49 is a substantial offshore cutter designed by Stan Huntingford in the mid1980s. Shin Fa built the class in Taiwan, while a handful of other yards produced additional hulls; the boat was built at other yards as well. Only a few were completed, so the design is a rare sight at any marina. Its specifications describe a boat conceived without compromise on structure or living space.

Measurements

Dimensions 01

Length Overall
48.75 ft
Length on deck
—
Waterline Length
41.42 ft
Beam
14 ft
Draft
6.33 ft
Maximum Headroom
—
Air Draft
—

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Fin
Rudder
1× Skeg-Hung
Ballast
12,400 lbs (Lead)
Displacement
38,000 lbs
Water Capacity
300 gal
Fuel Capacity
200 gal

Rig & sails 03

Rigging Type
Cutter
Mainsail luff
—
Mainsail foot
16 ft
Foretriangle height
—
Foretriangle base
—
Forestay Length (estimated)
—
Sail Area
1,179 sqft

Calculations 04

Sail Area to Displacement Ratio
16.69
Ballast to Displacement Ratio
32.63
Displacement to Length Ratio
238.73
Comfort Ratio
40.07
Capsize Screening Ratio
1.67
Hull Speed
8.62 kn

Design and Construction

The Liberty 49 measures 53 feet 3 inches overall and 41 feet 5 inches on the waterline. She displaces 38,000 pounds and carries 12,500 pounds of ballast. Depending on load, her fin keel draws about 6.3 to 6.6 feet.

The hull and deck are hand-laminated fiberglass using 24 oz. woven roving alternating with 1.5 oz. mat. The deck adds a balsa sandwich core above the same layup. All bulkheads and floors are bonded to the hull, which was insulated to the designer’s specifications as standard—a detail consistent with the boat’s bluewater intent rather than weekend coastal use.

Bronze thru-hulls are electrically connected to the ship’s bonding system, and the housetop has a molded non-skid surface. The teak decks were bedded in Thaikol and secured with steel self-tapping screws. At the time, this reflected a conventional Taiwanese approach to warm, grippy footing, though the method would later prove troublesome.

Rig, Performance, and Handling

The cutter rig uses U.S. aluminium spars with internal halyards, U.S. stainless steel standing rigging, and Dacron running rigging. Triple halyard stoppers and triple deck organizers help manage the lines. Nicro/Fico sailtracks, boom gallows, and mast guards complete the deck-hardware package.

The 100 percent sail area is 1,179 square feet. An SA/D ratio of 16.69 puts the Liberty 49 firmly in the moderate-performance range for a boat of this displacement. Her calculated maximum speed is about 7.4 knots, compared with a theoretical displacement-hull limit of 8.6. She’s no slug, but she was never intended to chase racers.

A capsize screening value of 1.67 and a Motion Comfort Ratio of 39.7 describe a stable, easy-riding hull. The hydraulic steering system includes an emergency tiller, while the helm has an instrument panel mounted in the pedestal and a 36-inch stainless destroyer wheel.

Accommodations

The Liberty 49 was offered with several interior configurations. The standard layout includes a great aft cabin, an aft head with a shower and tub, and a forward den or guest quarters.

Teak dominates the interior: solid vertical staving covers the bulkheads, horizontal battens line all ceilings, and the cabinsole is teak and holly. The joinery received a hand-rubbed, five-coat polyurethane finish.

The galley is a serious workspace, with marble countertops, a stainless-lined stove compartment, and large drawers and lockers. A divided refrigerator/freezer has four-inch urethane foam insulation and both top-loading and front-access doors.

Pressure hot and cold water serves the galley and heads, supplemented by manual fresh- and saltwater foot pumps. A 110V water heater also draws heat from the engine cooling circuit.

Machinery and Electrical Systems

A 90 HP Ford Lehman diesel turns a three-bladed propeller through a 2:1 Borg Warner gear. Black iron fuel tanks supply the engine through a Raycor separator.

The electrical system is modest by modern standards. It includes two 110 amp-hour batteries, a 70 amp alternator, and a 30 amp shore connector. A marine battery charger and a 12V/110V panel with four meters were standard.

Known Issues

The most thoroughly documented weakness is the teak decking and its failure-prone installation method. Over years of service in both tropical and temperate waters, the steel screws can corrode while the Thaikol bedding hardens and fractures. Water can then track into the balsa-cored deck.

Once moisture reaches the core, localized softness and delamination can follow, and the resulting repair is never small. Prospective owners of record have faced recoring sections of the housetop and replacing the original fasteners with bronze—a job measured in weeks, not afternoons.

Refits and Ownership

Because only a few Liberty 49s were built, every refit is effectively a custom exercise. Parts must be sourced against the original specification rather than through a busy aftermarket.

Ownership also means managing systems that reflect mid-1980s expectations. The electrical installation is modest by current standards, and the teak deck demands close attention. Neglecting water intrusion into the deck core can lead to extensive repairs.

The Verdict

The Liberty 49 is a thoughtfully engineered, heavily built cutter for sailors who value volume, comfort, and a tangible sense of structure more than fleet resale liquidity. She rewards an owner willing to manage the teak deck and modest electrical architecture, but she punishes neglect of the deck core without mercy.

Pros

  • Hand-laminated hull with bonded bulkheads and standard hull insulation
  • Motion Comfort Ratio of 39.7, more comfortable than 73% of similar designs
  • Spacious, fully teak interior with a serious galley and dual-access freezer
  • Cutter rig on U.S. spars, with internal halyards and redundant emergency steering

Cons

  • Teak decks bedded in Thaikol and fastened with steel screws invite core rot
  • Only a few hulls were built, limiting spares and comparative market knowledge
  • Electrical systems and tankage reflect mid-1980s expectations rather than modern loads

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