Cape North 43 — Information, Review, Specs

Ted Brewer·1977·Cape Yachts
Cape North 43 drawingBuilder drawing
Hull type
Monohull · fin
Rig
Ketch
LOA
43.24' · 13.18 m
Displ.
25,000 lbs · 11,340 kg
First year
1977

The Cape North 43 stands as a quintessential example of the "overbuilt" bluewater cruiser era of the late 1970s and early 1980s. Designed by the renowned naval architect Ted Brewer and constructed by Cape North Yachts in Hong Kong, the vessel was intended for serious offshore passagemaking rather than coastal sprinting. Its heavy displacement and traditional lines reflect a design philosophy that prioritizes safety, stability, and carrying capacity over raw speed. While many were delivered as ketches to break up the sail area for easier shorthanded handling, cutterrigged versions also exist. The boat is often compared to its contemporaries from yards like Cheoy Lee or Hans Christian, sharing that distinct "East Coast" aesthetic characterized by heavy use of tropical hardwoods and a robust, fullkeel profile.

Measurements

Dimensions 01

LOA
43.24 ft
LWL
35.33 ft
Beam
12.66 ft
Draft
6.3 ft
Max headroom
-
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Fin
Rudder
1× Skeg-Hung
Ballast
11200 lbs
Displacement
25000 lbs
Water
180 gal
Fuel
90 gal

Rig & sails 03

Rig type
Ketch
P · main luff
46.3 ft
E · main foot
14 ft
I · fore ht.
52.8 ft
J · fore base
18.3 ft
Forestay (est)
55.88 ft
Sail area
807 sqft

Calculations 04

SA/D ratio
15.1
Ballast/Disp.
44.8
D/L ratio
253.08
Comfort ratio
34.87
Capsize screening
1.73
Hull speed
7.96 kn

Sailing Performance & Handling

The Cape North 43 is defined by its substantial displacement—typically hovering around 30,000 pounds—and a full keel with a cutaway forefoot. This configuration produces a boat with exceptional directional stability, allowing it to track straight in heavy seas with minimal helm effort. According to design notes from Ted Brewer Yacht Design, the hull utilizes a moderate beam and a soft motion in a seaway, making it far less fatiguing for a crew during multi-day passages than lighter, flatter-bottomed modern designs.

However, this sea-kindliness comes at the cost of light-air performance. With a relatively low Sail Area to Displacement (SA/Disp) ratio, the Cape North 43 requires a stiff breeze to "wake up." Owners frequently report that the boat does not reach its stride until the wind exceeds 12–15 knots. Its heavy mass provides significant momentum, which is an asset when punching through a chop, but it makes the vessel slow to accelerate and somewhat ponderous during tacks. The ketch rig, while providing numerous sail plan options for heavy weather, introduces additional aerodynamic drag and complexity compared to a modern sloop.

Interior Comfort & Variations

The interior of the Cape North 43 is a masterclass in traditional joinery, typical of Hong Kong yards of that period. The cabin is heavily laden with solid teak and teak veneers, creating a dark but warm and secure atmosphere. The layout is generally configured for long-term live-aboard use, featuring a large U-shaped galley designed to be functional even at a high angle of heel. Most models feature a two-cabin layout with a dedicated navigation station that would be considered oversized by modern standards.

A notable sibling to this model is the Cape North 39, which utilizes a similar hull form and aesthetic but in a more compact footprint. On the 43, the extra length is primarily felt in the salon's expansive seating and the increased storage capacity in the lazarettes and hanging lockers. Because these boats were often semi-customized during their production run, variations in the master stateroom—ranging from a pullman berth to a V-berth—are common. Headroom is generous throughout, usually exceeding 6'4" in the main salon, accommodating taller sailors who might feel cramped in other vintage designs.

Known Issues & Buyer’s Checklist

Prospective buyers should approach a Cape North 43 with a focus on age-related structural maintenance, specifically regarding its "Taiwanese" build style:

  • Teak Decks: Many Cape North 43s were delivered with thick teak decks fastened through the fiberglass sub-deck. Over decades, these fasteners can leak, leading to core saturation. A thorough moisture meter test and percussion sounding of the decks are mandatory.
  • Chainplates: The chainplates on many Brewer designs of this era were made of stainless steel but can be difficult to inspect where they pass through the deck. Crevice corrosion is a common "gotcha" that requires careful extraction for a proper safety rating.
  • Fuel and Water Tanks: The original tanks were often made of "black iron" or stainless steel and were glassed into the hull or placed under the cabin sole. If these tanks have corroded, replacement often requires significant surgery to the teak interior.
  • Osmotic Blistering: Like many yachts built in the late 70s, the hull layup may be prone to osmotic blistering if the gelcoat was not properly sealed.

Community & Resources

While there is no single dedicated factory website for the now-defunct Cape North Yachts, the community is largely supported by the broader Ted Brewer Design fan base and the Classic Yacht Association. Technical discussions and refit logs are frequently shared among owners of similar "Hong Kong/Taiwan" built boats, where technical commonalities allow for shared knowledge on hardware and structural repairs.

The Verdict

The Cape North 43 is a purposeful machine for the sailor who intends to cross oceans and values comfort and safety over harbor-racing trophies. It is a "momentum boat" that protects its crew from the elements.

Pros:

  • Exceptional sea-kindliness and a very high "Comfort Ratio."
  • Robust construction capable of surviving extreme offshore conditions.
  • Beautiful, high-quality teak joinery that is rarely seen in modern production boats.
  • Excellent storage and tankage for long-range cruising.

Cons:

  • Sluggish performance in light winds (under 10 knots).
  • High maintenance requirements for exterior teak and aging systems.
  • Difficult to maneuver in tight marinas due to the full keel and large displacement.
  • Potential for expensive repairs if the teak decks or internal tanks have failed.

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