Cheoy Lee Bermuda 30 Sailboat Review, Specs, and Listings

Herreshoff·1962 – 1967·Cheoy Lee Shipyard
Cheoy Lee Bermuda 30 drawingBuilder drawing
Hull Type
Monohull · long
Rig
Ketch
LOA
29.58' · 9.02 m
Disp.
10,120 lbs · 4,590 kg
First year
1962

The Cheoy Lee Bermuda 30 stands as a significant milestone in the evolution of fiberglass yacht construction, capturing the exact moment the marine industry transitioned from wood to glassreinforced plastic (GRP). Built by the historic Cheoy Lee Shipyard in Hong Kong between 1962 and 1967, the Bermuda 30 was conceived as an enlarged, modernized adaptation of L. Francis Herreshoff’s legendary H28 ketch. By scaling up the original 1940s design, Cheoy Lee and designer Alfred "Bill" Luders Jr. sought to create a pocket cruiser that combined traditional, seakindly aesthetics with the internal volume and durability demanded by postwar recreational sailors.

Measurements

Dimensions 01

Length Overall
29.58 ft
Length on deck
Waterline Length
24 ft
Beam
8.75 ft
Draft
3.67 ft
Maximum Headroom
Air Draft

Construction & hull 02

Construction
Fiberglass/Wood Composite
Hull Type
Monohull
Keel Type
Long
Rudder
1× Transom-Hung
Ballast
(Iron)
Displacement
10,120 lbs
Water Capacity
Fuel Capacity

Rig & sails 03

Rigging Type
Ketch
Mainsail luff
27 ft
Mainsail foot
13 ft
Foretriangle height
30 ft
Foretriangle base
8.3 ft
Forestay Length (estimated)
31.13 ft
Sail Area
377 sqft

Calculations 04

Sail Area to Displacement Ratio
12.89
Ballast to Displacement Ratio
Displacement to Length Ratio
326.81
Comfort Ratio
33.88
Capsize Screening Ratio
1.62
Hull Speed
6.56 kn

Design Brief & Intent

The Bermuda 30 was built to serve as a highly capable coastal cruiser and pocket passagemaker. While the original Herreshoff H-28 was beloved for its offshore tracking and simple handling, its narrow beam and low headroom left much to be desired for extended living aboard. Cheoy Lee addressed these shortcomings by expanding the beam to 8 feet, 9 inches and deepening the hull to create a spacious cabin with standing headroom of over 6 feet—a rare luxury for a boat under 30 feet in the early 1960s.

The interior of the Bermuda 30 is characterized by its warmth and robust craftsmanship. Because Cheoy Lee was transitioning from wooden shipbuilding, they utilized their vast reserves of premium Burmese teak for the entire interior fit-out. Bulkheads, cabinetry, and joinery are heavily built, giving the cabins a ship-like, traditional aesthetic that contrasts sharply with the "liner-built" plastic interiors of later production boats. Designed to accommodate up to four adults, the cabin layout is highly functional, featuring a classic V-berth forward, a central salon with opposing settees, and an aft galley adjacent to the companionway.

Variations & Configurations

During its five-year production run, the Bermuda 30 was offered in two distinct structural configurations: a traditional wood-hulled model and a fiberglass-hulled model. The wood version was built using 3/4-inch teak planking over steambent ipol/yacal frames. The fiberglass version featured a heavily laid, solid GRP hull, which was often certified by Lloyd’s. Crucially, even on the GRP models, Cheoy Lee retained wooden decks, cabin sides, and coachroof coamings made of teak and varnished teak plywood, creating a composite aesthetic that appealed to traditionalists.

The vessel was primarily rigged as a masthead ketch, featuring deck-stepped spruce spars. The ketch rig was highly favored for its easily split sail plan, allowing short-handed crews to quickly balance the boat in changing weather. A less common sloop rig was also offered as an option for those seeking a simpler, slightly more weatherly sail plan. Both rigs paired with a full keel drawing just 3 feet, 8 inches, making the Bermuda 30 an excellent choice for shallow coastal areas, the Bahamas, and inland waterways.

Sailing Performance & Handling

At the helm, the Bermuda 30 is a traditionalist’s cruiser that prioritizes predictability, directional stability, and motion comfort over raw speed. With a heavy displacement of 10,120 pounds and a high Displacement-to-Length (Disp/LWL) ratio of 326.81, the hull behaves with reassuring authority in a seaway. It does not bounce or slam into head seas; instead, its full keel and traditional wineglass hull sections slice smoothly through chop.

A Comfort Ratio of 33.88 ensures a very soft, easy motion that prevents crew fatigue on long passages. This stability is backed by a Capsize Screening Ratio of 1.62, representing a highly stable hull form with massive righting capabilities. Under sail, the ketch rig makes the boat extremely easy to balance. When properly trimmed, the Bermuda 30 tracks almost effortlessly in a straight line, carrying virtually no weather helm.

However, light-wind performance is the boat’s primary compromise. With a Sail Area-to-Displacement (SA/Disp) ratio of 12.89, the boat is heavily underpowered by modern standards. It requires a moderate breeze to overcome its substantial wetted surface area. Consequently, owners must be prepared to motor in light air or rely on off-the-wind sailing, where the ketch rig can carry a mizzen staysail or spinnaker to keep the boat moving.

Known Issues & Triage

The most significant and widespread structural issue on fiberglass Bermuda 30s is the design of the original teak decks. Cheoy Lee laid thick teak decking over a fiberglass sub-deck, fastening the wood down with thousands of individual screws. Over decades, the original bung covers wear down, the sealant fails, and water migrates down the screw threads directly into the deck core. This leads to deck core rot, soft spots, and persistent freshwater leaks into the cabin that rot the plywood bulkheads and cabin liners.

Another area of concern is the chainplates. The original stainless steel chainplates are often glassed directly into the hull or hidden behind cabinetry, trapping moisture and promoting crevice corrosion. Owners should inspect these areas closely for weeping rust, which is a common indicator of structural fatigue.

Finally, the original spruce spars require diligent, ongoing maintenance. If the varnish is allowed to fail, water penetrates the wood grain, leading to internal rot. The deck-step area under the main mast should also be checked for compression, as the cabin top can sag over time if the underlying support posts or bulkheads have decayed.

Modernization & Upgrades

For contemporary owners, the most transformative upgrade is the complete removal of the original screwed-down teak decks. The labor-intensive but highly effective process involves backing out thousands of screws, stripping the old teak, repairing any rotted core material with epoxy, glassing over the sub-deck, and applying a modern, low-maintenance non-skid finish. This permanently solves the deck leak issue and significantly lightens the boat.

To address rig reliability, many owners replace the aging, high-maintenance spruce masts with custom-built aluminum spars, converting the standing rigging to external chainplates to eliminate the risk of hidden crevice corrosion.

Repowering is also a common upgrade. The original utility gasoline or heavy, underpowered early diesel engines are routinely replaced with modern, lightweight three-cylinder marine diesels from manufacturers like Yanmar or Beta Marine. These modern powerplants provide reliable propulsion in light winds while significantly reducing vibration and weight in the stern.

The Verdict

The Cheoy Lee Bermuda 30 is a strikingly beautiful, heavily built pocket cruiser that appeals to sailors who value classic Herreshoff lines, robust offshore tracking, and a sea-kindly motion over speed and modern flat-bottom performance. While it requires a dedicated owner willing to manage the maintenance of its extensive teak and traditional woodwork, it remains a highly capable, romantic passagemaker that turns heads in any harbor.

Pros:

  • Beautiful, classic aesthetic with rich, traditional Burmese teak joinery.
  • Extremely comfortable, forgiving motion in rough seas due to a high comfort ratio.
  • Outstanding tracking and directional stability under sail, making it easy to single-hand.
  • Generous cabin headroom and interior volume compared to the original Herreshoff H-28.
  • Shallow draft allows for easy gunkholing and coastal cruising in thin water.

Cons:

  • Underpowered in light-air conditions due to a low sail area-to-displacement ratio.
  • Original screwed-down teak decks are highly prone to leaks and core rot.
  • Heavy maintenance requirements for wooden spars and extensive exterior teak trim.
  • Hidden or glassed-in chainplates are vulnerable to difficult-to-detect crevice corrosion.

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