The Bristol 24 Corsair, originally designed by Paul Coble in 1964, represents a pivotal moment in the transition from Sailstar Boat Company to Clint Pearson’s Bristol Yachts. Born from the burgeoning fiberglass revolution of the 1960s, this "pocket cruiser" was an immediate commercial success, with over 120 orders placed at the New York Boat Show following its debut. Between 1964 and 1983, approximately 750 hulls were produced, making it one of the most prolific models of its era. Often referred to simply as the Bristol 24, the boat maintained its "Corsair" moniker from its Sailstar origins, where it was initially built with concrete and iron ballast before Bristol transitioned to encapsulated lead. Its reputation is built on a "little big boat" philosophy, offering full-sized cruising amenities in a compact, seaworthy frame.
Bristol 24 Corsair Information, Review, Specs

- Make
- Bristol
- Model
- 24 Corsair
- Builder
- Bristol Yachts/Sailstar Boats
- Designer
- Paul Coble
- Number Built
- 750
- Production Year(s)
- 1964 - 1983
Sailing Performance & Handling
The Bristol 24 is a true heavy-displacement cruiser, displacing nearly 6,000 lbs on a short 18' 1" waterline. This results in a high displacement-to-length ratio that translates to a "big boat" feel in a seaway. According to reviews in Sailing Magazine, the Corsair is notably seaworthy but admittedly slow in light air due to its extensive wetted surface and modest sail plan. Its performance characteristics are defined by its full keel with a cutaway forefoot and an attached rudder, which provides exceptional tracking and directional stability.
In heavy weather, the boat truly comes into its own. With a ballast-to-displacement ratio approaching 50% in lead-ballasted models, it is exceptionally stiff. Owners often report that while the boat feels initially tender—heeling quickly to about 10 or 15 degrees—it then "hits a wall" and stiffens significantly as the waterline lengthens. This stability allows the Bristol 24 to carry full sail while lighter contemporary designs are forced to reef. However, like many full-keel designs of this vintage, backing under power can be a challenge, necessitating a "burst and glide" technique to maintain control.
Interior Comfort & Variations
The most remarkable achievement of the Bristol 24’s design is its interior volume, particularly its headroom, which reaches nearly 6' 0" in the main saloon—an anomaly for a 24-foot boat of the 1960s. The interior was offered in two primary configurations: the "Standard" layout and the "Dinette" layout. The Standard arrangement features two straight settees in the main cabin with a galley split on either side, while the Dinette version (found in later Bristol-built models) utilizes a drop-down table to port that converts into a double berth, complemented by a starboard quarter berth.
Both variations include a V-berth forward with an enclosed (portable or plumbed) head underneath. The use of satin-finished mahogany trim and a fiberglass headliner gives the cabin a refined feel compared to the raw fiberglass found in more modern entry-level cruisers. Because the hull was produced by two different companies, older Sailstar-built models may feature different joinery materials, such as mahogany plywood, whereas later Bristol hulls often utilized Formica-over-plywood for increased durability and easier maintenance.
Popular Mentions & Media
While not as frequently cited in "circumnavigation" literature as its larger sibling, the Bristol 27, the Bristol 24 has a quiet cult following as a capable "mini-blue water" boat. It is frequently highlighted in "pocket cruising" guides and was the subject of an extensive retrospective in Sailing Magazine, where it was praised for its robust construction that survived impacts with submerged rocks in Maine with minimal damage.
Known Issues & Buyer’s Checklist
Prospective buyers should prioritize a structural survey focusing on a few specific technical areas found in older Bristol hulls.
- Compression Post Failure: A common issue involves the compression post (often integrated into the bulkhead or door frame) sinking or rotting at its base on the cabin sole. Evidence of this includes "cupping" or a depression in the deck around the mast step and doors that no longer close properly.
- Chainplate Leaks: The chainplates pass through the deck and are bolted to the mahogany bulkheads. Leaks here are common and can lead to structural rot within the bulkheads, which provide the primary support for the mast.
- Ballast Integrity: In older Sailstar models, the ballast consisted of iron boiler punchings encased in concrete. If water has penetrated the keel envelope, the iron can expand, leading to "bloating" or cracking of the keel fiberglass. Lead-ballasted Bristol models are less prone to this issue but still require inspection for voids.
- Deck Core: While some hulls were solid glass, many Bristol 24s featured balsa-cored decks. Moisture intrusion near stanchions and hardware is a frequent cause of soft spots that require professional-grade re-coring.
Community & Resources
The most active hub for information is the Bristol Owners Association, which serves as a repository for technical manuals, original brochures, and restoration logs. Regional groups such as the Chesapeake Bristol Club also provide a deep knowledge base for maintenance and coastal cruising specific to the Narragansett-built hulls.
The Verdict
The Bristol 24 Corsair is a quintessential "pocket cruiser" for sailors who prioritize safety and seaworthiness over light-air speed. It remains one of the most affordable entry points into a boat capable of legitimate coastal cruising or even short offshore passages.
Pros:
- Exceptional headroom (6' 0") for a 24-foot boat.
- Heavy displacement provides a comfortable, "seakindly" motion in rough water.
- High ballast ratio makes for an extremely stiff and stable platform.
- Solid fiberglass hull construction is remarkably durable and "overbuilt."
Cons:
- Slow in light winds due to significant wetted surface area.
- Limited storage for long-term provisioning or extended blue water voyaging.
- Maneuvering in reverse can be difficult without an outboard in a well to act as a thruster.
- Age-related issues like compression post rot and chainplate leaks are common.
Measurements
Construction & Hull
- Construction Material
- Fiberglass
- Hull Type
- Monohull Sailboat
- Keel Type
- Full
- Rudder
- 1x Attached
- Ballast
- 3000 lbs (Iron/Lead Optional)
- Displacement
- 5920 lbs
- Water Capacity
- 15 gal
- Fuel Capacity
- -
Dimensions
- Length Overall (LOA)
- 24.58 ft
- Waterline Length (LWL)
- 18.08 ft
- Beam
- 8 ft
- Draft
- 3.42 ft
- Max Headroom
- -
- Air Draft
- -
Rig & Sails
- Rig Type
- Masthead Sloop
- P (Main Luff)
- 26.4 ft
- E (Main Foot)
- 11.5 ft
- I (Foretriangle Height)
- 30.3 ft
- J (Foretriangle Base)
- 9.2 ft
- Forestay Length (est)
- 31.67 ft
- Sail Area
- 291 sqft
Calculations
- Sail Area / Displacement (SA/D) Ratio
- 14.23
- Ballast / Displacement Ratio
- 50.68
- Displacement / Length Ratio (D/L) Ratio
- 447.18
- Comfort Ratio
- 28.62
- Capsize Screening Formula
- 1.77
- Hull Speed
- 5.7 kn