Vancouver 36 Sailboat Review, Specs, and Listings

Tony Taylore·1989·Northshore Yachts Ltd.
Approximate drawing

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Hull Type
Monohull · long
Rig
Cutter
LOA
36' · 10.97 m
Disp.
20,494 lbs · 9,296 kg
First year
1989

The Vancouver 36, introduced in 1989, occupies a unique position in British maritime history. Built by Northshore Yachts in Itchenor, Chichester, this heavily constructed ocean voyager was designed by Tony Taylor (formerly of Camper & Nicholsons) rather than Robert Harris, who penned the rest of the famed Vancouver lineup. Taylor’s design won the prestigious Silk Cut Nautical Design Award for 1988/89, capturing the attention of longdistance cruising sailors who demanded a vessel that balanced absolute seaworthiness with a high standard of liveaboard comfort. While the model shares its name with an earlier, doubleended, Robert Harrisdesigned 36footer built in the United States, the Northshore Vancouver 36 features a completely different underwater profile, a traditional transom, and a modified, modern hull shape.

Measurements

Dimensions 01

Length Overall
36 ft
Length on deck
Waterline Length
27.92 ft
Beam
11 ft
Draft
5 ft
Maximum Headroom
Air Draft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Long
Rudder
1× Attached
Ballast
7,600 lbs (Lead)
Displacement
20,494 lbs
Water Capacity
Fuel Capacity

Rig & sails 03

Rigging Type
Cutter
Mainsail luff
42.8 ft
Mainsail foot
14.6 ft
Foretriangle height
46.7 ft
Foretriangle base
16.2 ft
Forestay Length (estimated)
49.43 ft
Sail Area
691 sqft

Calculations 04

Sail Area to Displacement Ratio
14.76
Ballast to Displacement Ratio
37.08
Displacement to Length Ratio
420.37
Comfort Ratio
42.81
Capsize Screening Ratio
1.61
Hull Speed
7.08 kn

Design Brief & Intent

The design philosophy behind the British Vancouver 36 was to create an uncompromising ocean-going vessel capable of self-sufficient passage-making in any latitude. It was conceived for couples or small families who desired the blue-water security of a heavy-displacement cruiser but wanted better sailing performance and more contemporary hull lines than the traditional full-keeled double-enders of the era. Northshore Yachts achieved this by building the Vancouver 36 inside the tooling developed for their 38-foot model, blanking off or "boxing in" the aft two feet of the mold to create a highly substantial, transom-sterned 36-foot yacht.

Because of this unique construction process, the interior volume of the Vancouver 36 is incredibly generous, easily rivaling larger 40-foot boats. The interior fit-out exemplifies classic British craftsmanship, heavy on solid teak or mahogany joinery, robust handrails, and deeply secured soles. It features a practical sea-going layout with a deep, safe U-shaped galley, a dedicated forward-facing navigation station, and a saloon designed to remain secure and usable while the boat is heavily heeled in rough seas.

Rigging & Hull Configurations

Unlike many production yachts that are offered with a variety of draft and rigging options to suit different regional markets, the Northshore Vancouver 36 was highly standardized. It was designed from the keel up exclusively as a cutter rig. This configuration ensures a highly versatile and easily managed sail plan, allowing short-handed crews to adapt quickly to rising winds by dropping the genoa and sailing under a deeply reefed main and staysail.

The underwater profile of the Vancouver 36 represents a departure from the traditional full keels seen on smaller Vancouvers. It features an encapsulated long fin keel combined with a very robust, skeg-hung rudder. The lead ballast is entirely encapsulated within the heavy GRP laminate, eliminating the vulnerability of keel bolts. This configuration delivers the outstanding directional tracking and steering stability of a traditional full keel while reducing wetted surface area to improve light-wind performance and maneuverability in tight harbors.

Sailing Performance & Handling

The physical realities of the Vancouver 36 are immediately evident in its engineering ratios. With a displacement-to-length (D/L) ratio of 420.37, it is an unapologetically heavy-displacement cruiser. This immense displacement, combined with a motion comfort ratio of 42.81, translates directly to a gentle, dry, and highly predictable ride in a seaway. The hull does not slam into head seas; rather, its deep-V sections and heavy displacement slice through chop with minimum loss of forward momentum.

At 14.76, the sail area-to-displacement (SA/D) ratio indicates a conservative sail plan. In light air (under 10 knots of wind), the Vancouver 36 can feel sedate and requires patience or motor-sailing to maintain speed. However, the boat truly comes alive in a stiff breeze. When the wind climbs past 15 knots, the boat handles its canvas effortlessly, and its ballast-to-displacement ratio of 37.08% ensures a stiff, reassuring stance. At the helm, the tracking is exceptionally straight, requiring very little effort from the pilot or mechanical windvane. The capsize screening formula of 1.61 places the Vancouver 36 far below the maximum safety threshold of 2.0, affirming its design as a highly stable, self-righting platform built for the open ocean.

Market Snapshot & Economics

Because only 11 or 12 of these Taylor-designed Vancouver 36s were ever built by Northshore before the yard transitioned to the full-length Vancouver 38, they are exceptionally rare on the brokerage market. When they do appear, they command a significant premium over mainstream production boats of similar vintage. They are sought after by high-latitude sailors and serious cruisers who recognize the durability of Northshore’s build quality and the specific advantages of the Tony Taylor hull form.

Buyers should expect the classic economics of a premium, semi-custom classic: although the initial purchase price is relatively high for a 36-foot boat from the late 1980s or 1990s, the rate of depreciation is nearly flat. The long-term cost of ownership is primarily dictated by system modernization, as many of these yachts still carry their original, highly durable, but aging electronics, plumbing, and engines.

Known Issues & Triage

  • Treadmaster Deck Wear: Northshore finished the side decks of many Vancouver 36s with Treadmaster non-skid pads. After decades of exposure to UV rays and saltwater, the Treadmaster can dry out, lift at the corners, or crumble. Removing it is a laborious DIY job requiring heat guns, scrapers, and epoxy fairing before laying down new non-skid or applying a modern deck coating.
  • Osmosis and Gelcoat Moisture: While Northshore’s fiberglass layups are incredibly thick and heavily built, hulls from this era can suffer from osmotic blistering or high moisture retention if they have spent prolonged periods in warm waters without an epoxy barrier coat. A thorough marine survey with a moisture meter and visual hull inspection is mandatory.
  • Aged Drivetrains: Many units were originally fitted with Bukh or early Yanmar diesel engines. While these engines are highly reliable, they are approaching the end of their realistic service lives. Buyers should scrutinize the engine mounts, exhaust elbows, and shaft seals, and budget for a repower if the engine shows signs of low compression or chronic cooling system scale buildup.

The Verdict

The Northshore-built, Tony Taylor-designed Vancouver 36 is an elite, heavy-displacement blue-water cruiser that sacrifices light-wind speed for absolute safety, comfort, and structural integrity. For sailors looking to cross oceans or live aboard in high latitudes, its rarity and robust build make it a highly desirable alternative to more common, lightly built coastal cruisers.

Pros:

  • Outstanding seaworthiness, motion comfort, and directional tracking in heavy seas
  • Exceptional interior volume and storage capacity, comparable to many 40-foot yachts
  • Extremely robust, hand-laid GRP hull with fully encapsulated ballast and a skeg-hung rudder
  • Highly versatile, purpose-built cutter rig ideal for short-handed offshore sailing

Cons:

  • Sedate performance in light air and a tendency to require motoring when wind speeds drop below 10 knots
  • High scarcity on the brokerage market makes finding one for sale extremely difficult
  • Aging cosmetic elements, such as original Treadmaster decks, require intensive maintenance

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