Bowman 26 Information, Review, Specs

Bowman 26 Drawing
Make
Bowman
Model
26
Builder
Normand Boatyard
Designer
Ian L. Anderson
Number Built
Production Year(s)
1968 - 1973

The Bowman 26, designed by the prolific maritime architect Ian Anderson in the late 1960s, is often regarded as a quintessential British "pocket ship." Originally adapted from a strip-planked mahogany design called the Sirius, the GRP version was commissioned by the Normand Boatyard (which later became Bowman Yachts) to serve as a robust, offshore-capable cruiser. Only approximately 30 hulls were produced between 1968 and 1973—mostly in Dartmouth and Emsworth—before the molds were sold to Hurley Marine. This limited production run has preserved the boat's status as a rare and sought-after classic for sailors who prioritize structural integrity and traditional lines over the high-volume interiors of modern production yachts. Detailed historical records on the Bowman 26 Technical History site clarify that while the later, larger Bowman models were designed by Holman & Pye, the 26 is distinctively an Anderson creation.

Sailing Performance & Handling

The Bowman 26 is characterized by its heavy displacement and traditional long keel, which features a transom-hung rudder. With a Displacement-to-Length Ratio (DLR) of approximately 290, the boat is firmly categorized as a heavy cruiser. This high ratio translates to a high level of motion comfort; it is a "stiff" boat that resists snappy rolling and handles heavy weather with a grace rarely found in vessels under 30 feet. According to editorial reviews by Yachting Monthly, the boat was originally marketed as a cruiser-racer, though its powerful sea-keeping abilities eventually made it a favorite for coastal and short-handed offshore cruising.

Handling is steady, with the long keel providing excellent directional stability, allowing the boat to track well even in following seas. However, like most long-keelers, it can be challenging to maneuver in tight marina slips, as the transom-hung rudder lacks the immediate "bite" found in modern fin-and-spade configurations. The masthead sloop rig is intentionally simple; early models even lacked halyard winches, relying instead on traditional tackles for tensioning.

Interior Comfort & Variations

Despite a modest beam of 8 feet, the Bowman 26 offers a surprisingly functional interior. Most models feature a four-berth layout with a V-berth forward and two settee berths in the main saloon. A standout feature for a boat of this size and era is the headroom, which measures between 6'0" and 6'2", a necessity that influenced the boat's design evolution. The cabin is typically finished in teak and teak-faced plywood, providing a warm, traditional aesthetic.

The hull of the Bowman 26 served as the foundation for significant sibling models. When production moved to Hurley Marine in the early 1970s, the molds were modified to create the Hurley 27. This transition involved raising the topsides and coachroof to provide even more internal volume and standing headroom. A further variation, the Dockrell 27, was also built on this same basic hull form, though these later versions often traded the Bowman's elegant, low-profile sheer for increased interior height.

The Bowman 26 maintains a dedicated following within the "classic boat" community. It was featured in a detailed profile by the "My Classic Boat" series, where owners highlighted its capability as a single-handed voyager. Its reputation as a "proper little ship" is bolstered by documented offshore voyages, including at least one reported crossing to the Azores, cementing its status as a miniature blue-water cruiser.

Known Issues & Buyer’s Checklist

Prospective buyers should focus on several technical areas common to 1970s-era GRP construction:

  • Osmosis and Laminate Quality: While the hulls were "built like the proverbial tank," the age of the GRP makes them susceptible to osmotic blistering. A thorough survey of the underwater profile is essential.
  • Deck Core Integrity: Like many boats of this period, the deck may feature balsa or plywood coring. Soft spots around stanchion bases or the mast step indicate water ingress and potential delamination.
  • Engine Serviceability: Many original Bowman 26s were fitted with Sabb or early Volvo Penta engines. Prospective owners should verify if the vessel has been re-engined (often with a Yanmar 1GM10), as parts for original units are becoming increasingly scarce.
  • Standing Rigging and Chainplates: Given the boat’s age and offshore potential, the chainplates and rigging should be inspected for stress fractures, particularly where the shrouds meet the deck.

Community & Resources

The primary hub for technical data and historical records is the Bowman 26 Owners Association, which maintains a technical wiki and archive. This community is the most reliable source for specific refit advice, ranging from rudder pintle replacement to engine mounting specifications.

The Verdict

Pros

  • Exceptional sea-kindliness and motion comfort for its size.
  • Strong, heavy-duty GRP construction suitable for offshore work.
  • Traditional, attractive lines that stand out in modern marinas.
  • Surprising standing headroom for a 26-foot classic.

Cons

  • Cramped interior beam compared to modern 26-foot designs.
  • Difficult to maneuver under power in reverse and tight spaces.
  • Older models may require significant electrical and plumbing refits.
  • Limited market availability due to the small production run.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Full
Rudder
1x Transom-Hung
Ballast
2646 lbs (Lead)
Displacement
5062 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
26 ft
Waterline Length (LWL)
19.83 ft
Beam
8 ft
Draft
4 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Masthead Sloop
P (Main Luff)
-
E (Main Foot)
-
I (Foretriangle Height)
-
J (Foretriangle Base)
-
Forestay Length (est)
-
Sail Area
313 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
16.98
Ballast / Displacement Ratio
52.27
Displacement / Length Ratio (D/L) Ratio
289.81
Comfort Ratio
22.61
Capsize Screening Formula
1.86
Hull Speed
5.97 kn