The Bristol 48 represents the pinnacle of the collaboration between the legendary designer Ted Hood and Bristol Yachts of Rhode Island. Launched in the mid-1980s as a successor to the highly regarded Bristol 47.7, the 48 was conceived as a high-performance, blue-water cruiser capable of offshore passages while maintaining a manageable draft. Built with a robust fiberglass laminate and often featuring the signature Ted Hood centerboard configuration, the vessel bridges the gap between a shallow-water gunkholer and a deep-sea voyager. Its "Delta" hull form—a hallmark of Hood’s design philosophy—provides significant internal volume and stability without the drag associated with overly wide beams. While production numbers were limited compared to smaller models, the Bristol 48 remains a sought-after hull for traditionalists who value the "overbuilt" American construction standards of the era.
Bristol 48 Information, Review, Specs
- Make
- Bristol
- Model
- 48
- Builder
- —
- Designer
- —
- Number Built
Sailing Performance & Handling
The Bristol 48 is defined by its sea-kindliness and the versatility provided by its keel-centerboard arrangement. With the board up, the yacht draws approximately 4’ 6”, allowing access to thin-water cruising grounds like the Bahamas or the Chesapeake Bay. When the board is lowered to its full depth of over 10 feet, the yacht gains exceptional lift and tracking ability, significantly improving its upwind performance. According to archival design notes from the Ted Hood portfolio, this "Delta" hull shape was intended to provide a low center of gravity and a high righting moment, which manifests as a stiff, stable ride in heavy weather.
The yacht’s displacement-to-length ratio suggests a heavy-displacement cruiser that prioritizes momentum and comfort over light-air acceleration. However, the generous sail area ensures it can maintain respectable speeds in moderate breezes. Owners often report that the boat tracks exceptionally well off the wind, thanks to its long-keel architecture and well-balanced rudder. It is not a "lively" boat in the sense of a modern racing fin-keel, but rather a predictable, "train-on-tracks" performer that minimizes crew fatigue during long-distance passages.
Interior Comfort & Variations
Inside, the Bristol 48 is a showcase of classic New England craftsmanship, typically finished in hand-rubbed teak or mahogany. The most common configuration is the center-cockpit layout, which provides a palatial master stateroom aft with a private head and stall shower. A rarer aft-cockpit version was also produced, which prioritized a more traditional deck profile and a larger cockpit for coastal day-sailing, though it sacrificed the expansive master suite.
The main saloon is characterized by high headroom—often exceeding 6’ 6”—and a massive navigation station that reflects the boat’s offshore intent. The galley is generally located in the walkthrough to the aft cabin, providing a secure "U-shape" or longitudinal workspace that is safe to use while heeled. A sibling model, the Bristol 51.1, utilized a similar aesthetic and construction methodology, and those familiar with the 51.1 will recognize the same "custom yacht" feel in the 48's cabinetry and joinery. Variations in the forward cabin include a V-berth or a staggered bunk arrangement, depending on whether the original owner prioritized guest comfort or sail storage.
Known Issues & Buyer’s Checklist
Prospective buyers of a Bristol 48 should focus their inspections on the specialized systems inherent to its design and age:
- Centerboard Assembly: The centerboard pendant, pulleys, and the board itself require regular maintenance. The pennant should be inspected for fraying, and the trunk should be checked for marine growth or structural "slop" that can lead to audible thumping while at anchor.
- Keel-Hull Joint: While Bristol utilized encapsulated lead ballast, the joint where the centerboard trunk meets the hull structure is a high-stress area. Look for signs of "the Bristol smile"—a hairline crack at the forward end of the keel—which, while often cosmetic, can indicate the need for re-torquing keel bolts in models where external ballast was used.
- Deck Core Integrity: Like many yachts of this era, the Bristol 48 uses a balsa-cored deck. Moisture ingress around stanchion bases, windlass mounts, and chainplates is a common issue. A thorough percussion test or moisture meter reading is essential to identify delamination.
- Chainplate Leakage: The stainless steel chainplates are robust but can suffer from crevice corrosion if the deck seals are not maintained. Owners suggest pulling and inspecting at least one chainplate if there is evidence of long-term weeping.
- Fuel and Water Tanks: The original tanks were often made of aluminum (fuel) and stainless steel (water). After nearly 40 years, these are reaching the end of their service life, and replacement can be a major "engine-out" or "floor-up" project.
Community & Resources
The primary hub for technical data and owner support is the Bristol Yacht Owners Association (BYOA). This group maintains archives of original brochures and technical drawings for the Hood-designed fleet. While not a formal builder-supported entity (as the original company is defunct), the community is active in sharing refit logs and specific advice regarding the Dieter Empacher and Ted Hood design nuances.
The Verdict
The Bristol 48 is a "gentleman’s cruiser" that offers a level of build quality and offshore security rarely found in contemporary production yachts. It is a vessel for the sailor who values substance and traditional aesthetics over modern "condo-maran" interior volume.
Pros:
- Excellent heavy-weather stability and motion comfort.
- The keel-centerboard design offers world-class versatility in draft.
- Exquisite interior joinery and high-end New England construction.
- Massive tankage and storage capacity for long-range cruising.
Cons:
- Heavy displacement makes it sluggish in very light air (under 8 knots).
- Maintenance of the centerboard system adds complexity.
- The aging systems (original plumbing/wiring) often require a significant refit investment.
- High displacement and long keel make it less maneuverable in tight marinas compared to fin-keel designs.
Measurements
Construction & Hull
- Construction Material
- —
- Hull Type
- — Sailboat
- Keel Type
- —
- Ballast
- -
- Displacement
- -
- Water Capacity
- -
- Fuel Capacity
- -
Dimensions
- Length Overall (LOA)
- -
- Waterline Length (LWL)
- -
- Beam
- -
- Draft
- -
- Max Headroom
- -
- Air Draft
- -
Rig & Sails
- Rig Type
- —
- P (Main Luff)
- -
- E (Main Foot)
- -
- I (Foretriangle Height)
- -
- J (Foretriangle Base)
- -
- Forestay Length (est)
- -
- Sail Area
- -
Calculations
- Sail Area / Displacement (SA/D) Ratio
- —
- Ballast / Displacement Ratio
- —
- Displacement / Length Ratio (D/L) Ratio
- —
- Comfort Ratio
- —
- Capsize Screening Formula
- —
- Hull Speed
- — kn