The result is a racing-derived hull adapted for coastal cruising. With a 24-foot-6-inch waterline, a 12-foot-3-inch beam, 6,800 pounds of displacement, and 2,850 pounds of ballast, the Triton 30 combines lively proportions with a surprisingly roomy interior. Despite those cruising proportions, it remains a trailerable monohull.
Design Lineage and Hull Form
The Triton 30’s defining feature is its racing pedigree beneath a production-cruiser shell. Its hull is an unauthorized development of Peterson’s Chaser 29 Half Ton racer and shares the same underwater shape. That gives this 1980s cruiser a competitive waterline and a 6.63-knot hull speed, reflecting its lean origins.
A raked stem and reverse transom give the boat a profile rooted in the performance designs of its period rather than in traditional styling. Solid fiberglass construction with wood trim keeps the structure simple. An internally mounted spade rudder, controlled by wheel steering, gives the helm a modern, balanced feel absent from earlier coastal keelboats.
Keel and Stability
The Triton 30 carries 2,850 pounds of lead ballast low in a fin keel drawing 5.58 feet. Its ballast-to-displacement ratio is 41.9 percent, placing it firmly at the lively end of the cruiser spectrum for its size.
Combined with the spade rudder and a displacement-to-length ratio of 206, the fin keel helps produce a boat that accelerates quickly and feels comparatively light on its feet for a 1985 design. A capsize screening number of 2.59 and a comfort ratio near 14 point to speed and responsiveness rather than the comfort of a luxurious offshore passagemaker, consistent with the boat’s Half Ton class roots.
Rig and Sail Plan
The masthead sloop rig carries 381 square feet of sail: a 153-square-foot mainsail and a 228-square-foot jib or genoa. The foretriangle measures 38 feet for I and 12 feet for J, while the mainsail has a 34-foot luff and a 9-foot foot. These dimensions describe a tall, efficient rig on a modest-sized hull.
A sail-area-to-displacement ratio of 16.98 confirms that this is a lightly loaded, easily driven platform; in practice, the total sail area is enough to keep the boat moving in modest breeze without overwhelming a crew.
Accommodations and Cockpit
A 12-foot-3-inch beam gives the Triton 30 a roomy midsection relative to its 29-foot-3-inch overall length. That space comes in part from the racing hull’s beamy proportions carried aft. Wood trim softens the otherwise all-fiberglass construction below.
Wheel steering connected to the internally mounted spade rudder makes close-quarters handling more forgiving than a tiller would allow. The reverse transom and trailerable configuration suggest a boat intended for weekend cruising as well as easy storage. However, the sources describe the accommodation plan only in broad structural terms and don’t provide berth counts.
Production, Refits, and Ownership
The Triton 30 is a finite, out-of-production design. Its molds came from US Yachts, and the model appeared during Pearson’s short-lived 1984–85 Triton experiment.
Owners inherit a Peterson-derived hull, straightforward solid-fiberglass construction, and a masthead rig that accepts modern upgrades without structural drama. Its trailerable specification also allows a buyer to haul the boat for bottom work without depending on a travel lift.
The Verdict
The Triton 30 is a clever adaptation of a Half Ton racer’s hull for cruising. It offers a responsive fin-keel ride and a beamy interior in a trailerable package. Its racing origins show in the numbers and reverse transom, while wheel steering, a spade rudder, and wood-trimmed fiberglass construction help keep it approachable.
It’s best understood as a lively coastal cruiser-racer rather than a bluewater passagemaker.
Pros
- Peterson Chaser 29 hull provides genuine performance pedigree
- High ballast ratio and fin-keel-and-spade-rudder layout support agile handling
- Beamy and trailerable, with simple solid-fiberglass construction
Cons
- Out of production, with a limited history of support from the short-lived Triton brand
- Comfort and capsize ratios favor speed over offshore stability
- Racing-derived hull provides less dedicated cruising volume than purpose-built contemporaries
