Design Brief & Intent
The Tina was engineered for serious offshore racing and passage making during an era when long, full-keel designs were the industry standard. Dick Carter’s design philosophy went entirely against the grain of the period’s conventions. While contemporaries like Sparkman and Stephens were still drawing narrow, deep-V hulls, Carter designed the Tina with an unusually wide beam and a flat bottom. This wide beam was carried far aft, which prevented the stern from squatting when pressed and allowed the boat to plane downwind far earlier than its competitors.
The interior was equally revolutionary. Traditional racers of the mid-1960s had cramped, dark accommodations, but the Tina’s wide-beamed hull profile yielded an incredibly spacious cabin. One competitor famously described the six-berth layout as a "ballroom". Although built as a flat-out racing machine, the design was highly accommodating, featuring robust mahogany joinery, solid woodwork, and a level of offshore cruising comfort that proved a racing yacht did not have to be an inhabitable shell.
Variations & Configurations
The model underwent several notable manufacturing iterations during its production run. The original, cup-winning Tina was a one-off steel hull constructed by the world-renowned Frans Maas yard in the Netherlands. The success of this initial build led to a limited production run of approximately forty units, with the building split between steel and fiberglass. Around fifteen units were built with 4 mm Corten steel plating by Frans Maas, a configuration favored by RORC rules of the time which did not penalize the weight of thin steel plating.
The remaining production models were molded in fiberglass or built as high-end custom composite wood builds. The fiberglass versions generally featured a more standardized deck layout with a longer cabin trunk compared to the flush decks of the pure racing steel models. While the masthead sloop rig remained the standard, a few custom variations emerged, including ketch or keel-centerboard configurations modified by French architects for cruising-oriented owners.
Sailing Performance & Handling
On the water, the Tina behaves with the powerful, reassuring motion of a bygone era. With a displacement-to-length ratio of 320.1, the hull sits firmly in the heavy displacement category, meaning it is not a light-air drifter but rather an offshore freight train that thrives when the breeze fills in. The sail area-to-displacement ratio of 17.04 shows that the boat is reasonably powered, but it relies on its massive masthead genoa and spinnakers to drive the heavy hull through light air.
Underway, handling is remarkably balanced. Dick Carter’s major hydrodynamic innovation on the Tina was the separation of the rudder from the keel. The deep fin keel featured a revolutionary trim tab on its trailing edge, allowing the helmsman to adjust lift and reduce leeway when sailing to windward. Combined with a skeg-hung rudder further aft, the boat handles with precise tracking and reduced helm fatigue. The capsize screening ratio of 1.81 highlights its inherent ocean-going stability, while the comfort ratio of 29.74 translates to an easy, sea-kindly motion that modern lightweight flat-bottomed cruisers cannot replicate.
Market Standing & Legacy
Today, the Carter Tina is a highly sought-after vintage classic that occupies a unique niche on the brokerage market. Because of its low production numbers and historic pedigree, it rarely appears on the open market. When a well-preserved or restored specimen does emerge, it commands a notable premium among classic yacht enthusiasts and sailors active on the classic regatta circuits, where it still proves highly competitive under IRC and classic handicap rules. Prospective owners should expect high refit and maintenance economics; these are not cheap starter boats but rather works of naval history that require custodian-style ownership.
Known Issues & Restorations
Maintaining a Carter Tina depends heavily on whether the hull is steel or fiberglass. For the steel hulls constructed by Frans Maas, corrosion is the primary adversary. The 4 mm Corten steel hulls require careful monitoring, particularly in the bilge areas and the hollow keel structures, which can suffer from internal oxidation if water is left to pool. Total sandblasting, epoxy coating, and replating of weak sections are common requirements for older steel hulls.
Fiberglass models are generally less prone to catastrophic structural decay but have their own vintage quirks. Many fiberglass hulls utilize an internal steel beam or structural grid glassed into the bilge to connect the chainplates to the keel bolts and distribute rigging loads. This steel structural grid must be meticulously inspected for crevice corrosion or delamination from the hull. Additionally, as with any vessel from this era, deck core rot around stanchions and chainplates is a common maintenance item requiring typical DIY recoring and rebedding.
The Verdict
The Carter Tina is an offshore masterpiece that represents the absolute pinnacle of the RORC racing era. For the sailor who values pedigree, exceptional heavy-weather tracking, and a spacious classic interior, the Tina is a captivating option. It is a boat that turns heads in any harbor, but its ownership requires a dedication to maintaining a complex, vintage structure.
Pros:
- Historic pedigree and timeless aesthetic that turns heads in classic regattas.
- Exceptional offshore tracking and comfortable, sea-kindly motion in heavy weather.
- Massive, unusually spacious interior cabin layout compared to other designs of its era.
- Highly innovative underwater profile featuring a separate fin keel and skeg-hung rudder.
Cons:
- Steel-hulled versions require rigorous, ongoing maintenance to prevent and treat rust.
- Heavy displacement design can feel sluggish in light air without large, labor-intensive headsails.
- Finding parts or technical drawings requires engaging with specialized classic yacht registries.
- Highly limited availability on the global brokerage market makes finding one a multi-year search.
