Cape George 36 Sailboat Review, Specs, and Listings

William Atkin/Ed Monk·1979·Cape George Marine Works
Cape George 36 drawingBuilder drawing
Hull Type
Monohull · long
Rig
Cutter
LOA
36' · 10.97 m
Disp.
23,300 lbs · 10,569 kg
First year
1979

The Cape George 36 is a 36foot cutter descended from William Atkin’s 1930s Tally Ho Major. After Cecil Lange and his son Brian founded their boatyard in 1974, Ed Monk reworked the design for fiberglass construction after Cecil Lange and his son Brian founded their boatyard in 1974. The boat grew out of William Atkin’s 1930s Tally Ho Major. Also known as the Cape George Cutter or CG36, this 1970s fiberglass interpretation of a conventional wooden cutter was built first by Cecil Lange & Son and later by Cape George Marine Works. It appeals to sailors who want the traditional looks and seaworthiness of a Bristol Channel Cutter in a larger hull.

Measurements

Dimensions 01

Length Overall
36 ft
Length on deck
36 ft
Waterline Length
31.5 ft
Beam
10.5 ft
Draft
5 ft
Maximum Headroom
6.25 ft
Air Draft
—

Construction & hull 02

Hull
Fiberglass
Deck
Wood
Hull Type
Monohull
Keel Type
Long
Rudder
1× Transom-Hung
Ballast
10,500 lbs (Lead)
Displacement
23,300 lbs
Water Capacity
100 gal
Fuel Capacity
100 gal

Rig & sails 03

Rigging Type
Cutter
Mainsail luff
42.5 ft
Mainsail foot
16.5 ft
Foretriangle height
46.67 ft
Foretriangle base
19.5 ft
Forestay Length (estimated)
50.58 ft
Sail Area
806 sqft

Calculations 04

Sail Area to Displacement Ratio
15.81
Ballast to Displacement Ratio
45.06
Displacement to Length Ratio
332.79
Comfort Ratio
47.83
Capsize Screening Ratio
1.47
Hull Speed
7.52 kn

Design and Lineage

Atkin’s design principles remain at the heart of the Cape George 36. Lange commissioned Monk to produce a fiberglass version that retained the original boat’s all-around sailing manners. The 36 went on to spawn a family of Cape George cutters in 31-, 34-, 38-, and 40-foot sizes, all sharing a common hull concept.

The Cape George 36 has a mild sheer, a wineglass transom, a low-profile deckhouse, and a spacious, safe cockpit. One unusual departure from Atkin’s norms is the massive forward-hung rudder, chosen for simplicity and ease of maintenance rather than pedigree.

Hull and Construction

The hull has a full-length keel without a forefoot cutaway, a mid-century approach that provides good tracking and directional stability. Displacement is quoted at around 23,500 lbs, with 10,500 lbs of ballast.

The boat was offered in forms ranging from a bare hull to a finished yacht. Many left the yard as semi-finished kits, and even factory boats were completed individually, so every Cape George 36 should be treated as one of a kind. Lange himself expressed concern that some home-built hulls were not ballasted to his standard.

Early boats paired teak-over-plywood decks with wood-framed fiberglass bulwarks. Subsequent construction changed to solid and foam-core fiberglass to exclude water.

Rig and Sailing Performance

With a 31-foot-5-inch waterline and roughly 780 square feet of sail, the Cape George 36 sits firmly in the heavy-displacement class. Even so, she is quick for her type, thanks to a favorable sail-area-to-displacement ratio.

Deep wineglass sections provide a sea-kindly motion and substantial load-carrying ability. The boat continues to perform admirably when weighed down for cruising. Monk shaped the aft sections with precise continuity, which the designer credited for the boat’s exceptional speed despite its generous displacement and modest sail plan.

Deck and Accommodations

The low house and roomy cockpit feel comfortable and traditional rather than modern. The wineglass transom and full keel suit a boat intended for offshore work, while the forward-hung rudder keeps the steering gear exposed and serviceable. Heavy construction and ample load capacity also support long-distance cruising.

Known Issues

Teak-over-plywood decks need careful inspection because rotted plywood can remain hidden beneath sound-looking teak.

The wood-lined fiberglass bulwarks were another recurring weak point. They allowed water to enter easily; once wet, the wood could swell and lift the teak caprail, making the leak worse. Over time, moisture could rot the deck and deck beams, leading to costly repairs. The mid-1990s switch to solid and foam fiberglass bulwarks eliminated this leakage path on later boats.

Refits and Ownership

Repairing older boats—and converting their wood-lined bulwarks to foam and fiberglass—became a meaningful part of Cape George Marine Works’ later business. The conversion closes the original leakage path.

Because construction and completion varied so widely, buyers and owners should assess each hull’s individual history. Any surviving wood bulwarks or teak decks remain active inspection items rather than settled details.

The Verdict

The Cape George 36 is a traditional, heavily built cutter with genuine bluewater manners and a forgiving motion. Its main drawbacks are period deck and bulwark details that require vigilance. The boat rewards an owner willing to understand its one-off completion history and deal with wood-related decay before it spreads.

Pros

  • Faithful fiberglass evolution of Atkin’s proven Tally Ho Major
  • Heavy, well-ballasted hull with strong load capacity and a sea-kindly motion
  • Simple, maintainable forward-hung rudder and full-length keel

Cons

  • Teak-over-plywood decks can conceal rot
  • Wood-lined bulwarks can leak and damage the deck beams
  • Some home-built hulls may carry less ballast than the designer intended

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