Design and Construction
The 44's visual signature — clipper bow, quarter rail, trail boards, and a 6-foot bowsprit — gives it the bearing of a traditional passagemaker, but the structure underneath is anything but antique. The Mk1 launched in 1993 with a draft of 5 feet 3 inches and a conventional build. When Michael Gozzard introduced the Mk2 in 2001 he extended draft to 5 feet 6 inches, added four feet to the mast, drastically reduced the wetted surface with a new keel and rudder design, and replaced wood structural members with Corecell and composite laminates. The result was better pointing ability, slightly better righting moments, and better directional stability.
The hull itself reflects Ted Gozzard's evolution from full keel toward a modified fin keel with a Brewer Bite and a skeg-hung rudder — a configuration that blends the tracking virtues of a long keel with the performance advantages of reduced lateral plane. Owners report hull thickness approaching 2 inches with no perceptible flexing, and the yard estimates nine months to build a single boat, with each new owner involved in construction discussions to tailor the vessel to their needs.
On Deck and Rig
The cockpit is the social heart of the 44 and Ted Gozzard's most distinctive ergonomic contribution. Because the beam of nearly 14 feet left crew with nothing to brace their feet against when seated, he designed a center pod — a console in the middle of the cockpit that doubles as a genset housing and a wood-topped table — giving crew a surface to push against. Owners confirm the cockpit comfortably holds ten people, a figure that speaks to how thoroughly the space was planned.
Cambered side decks with substantial bulwarks provide sure footing when heeled, and the foredeck is broad enough to lash a dinghy for offshore passages. The cabin maintains a low profile to reduce windage and improve visibility, the anchor windlass is recessed into the foredeck, and four winches are positioned on the cabintop. A hard windshield — designed in 1985 to allow sightlines straight over the top — provides weather protection without sacrificing visibility, a solution that predates the spray-dodger trend by years.
The cutter rig centers on a self-tacking staysail running on a half-moon shaped track, with roller furling on both the genoa and staysail. The arrangement simplifies shorthanded tacking: furl the genoa before the tack and the staysail crosses on its own. Roller furling throughout means a couple or a singlehander can manage the rig without heroics. Sturdy stanchions, lifelines, bow pulpit, bowsprit, and stern rail with dinghy davits complete a deck that prioritizes security at sea.
Accommodations
Ted Gozzard's below-decks innovation was a flexible space designed to serve as both sitting area and sleeping quarters, reflecting his belief that interior volume should adapt to passage needs rather than remain rigidly compartmentalized. The layout allowed for customization from build to build, a consequence of the semi-custom construction process that let owners negotiate the arrangement before the first laminate was laid.
The open transom design — another of Ted Gozzard's forward-thinking ideas from the company's early years — brackets a living arrangement designed for extended ocean passages where the distinction between indoor and outdoor space becomes critical.
What to Inspect
Any 44 on the used market will carry significant sea miles, and certain items warrant close attention. Electronics and communication devices may need replacement or upgrading on older examples. The engine — a Westerbeke diesel on most Mk1 hulls — should be checked for belt and hose wear and fuel leaks, and its maintenance history scrutinized carefully. Sails on any older example should be inspected closely, as should through-hull fittings, which are high-consequence items on any offshore bluewater boat. The shift to Corecell composites on the Mk2 makes delamination less likely than on older foam-cored boats, but the standing rigging and chainplates deserve the same survey diligence as any vessel in this age bracket.
Refits and Upgrades
The 44's semi-custom origins mean no two boats are identical, and refit priorities vary accordingly. The most common improvements owners make center on electronics modernization — radar, chartplotter, AIS, and autopilot — since the systems installed at launch are now well behind current capability. The Westerbeke diesel on early hulls may already have been replaced; where it hasn't, an engine repower is a reasonable capital planning item. The rig is well-sorted by design — the standing rigging was well thought out — but running rigging and furling systems have finite service lives and should be budgeted accordingly. Electrical upgrades including inverters, solar, and house battery banks are the single most common owner-initiated improvement on cruising boats of this vintage, and the 44 offers adequate space in the bilge and on the coachroof for modern renewable charging installations.
The Verdict
The Gozzard 44 is what happens when a builder builds the boat he would want to sail, rather than the boat a marketing department would want to sell. Ted Gozzard's convictions about structure, ergonomics, and ocean-readiness are embedded in the 44's fiberglass from the waterline up, and Michael Gozzard's Mk2 refinements carried those convictions into the modern era without diluting them. It is not a boat for sailors who prioritize interior volume or a racing pedigree. It is a boat for sailors who plan to use it hard, in open water, for years.
Pros
- Hull construction is exceptionally robust, with near-2-inch laminate thickness and no reported structural flexing
- Cutter rig with self-tacking staysail and full roller furling is well-suited to shorthanded offshore sailing
- Semi-custom build process allows layout and systems to be matched to owner intent from the keel up
- Mk2 redesign delivered measurably better performance without sacrificing the offshore-focused character of the Mk1
- Cockpit pod design solves a real ergonomic problem and creates a genuinely social deck space
- Nine-month build cycle and limited production numbers mean each boat received sustained builder attention
Cons
- Draft increased to only 5 feet 6 inches on the Mk2 — shallow enough for some areas but restrictive in others
- Semi-custom production means spare parts and refit knowledge are less standardized than on high-volume yards
- Mk1 hulls require thorough survey, particularly of engine and through-hulls
- Low production volume limits the size of the owner community and the depth of available secondhand knowledge
