Trinity Yachts was a prominent American shipyard specializing in the construction of custom luxury superyachts. Founded in 1988 in New Orleans, Louisiana, Trinity Yachts gained a reputation for building high-quality, custom-designed vessels known for their exquisite craftsmanship and innovative engineering.
Trinity Yachts History
Trinity Yachts is U.S. based. The brand was founded in 1988 and is a builder of custom steel and aluminum superyachts up to 400 feet (123m). Their historical roots date back to the famous Higgins Shipyard. Featuring the flexibility of incorporating both client-generated and in-house naval architecture and superyacht design, Trinity Yacht’s exceptional team also includes marine engineers, estimators, purchasers, production, and program managers located in two shipyards on 100 waterfront acres with 20 acres under cover for production, fabrication, and outfitting.
Trinity Yachts catered to discerning clients seeking fully custom-built yachts tailored to their specific desires and requirements. The shipyard collaborated closely with owners, designers, and naval architects to create unique, one-of-a-kind superyachts that reflected the individual tastes and preferences of their clients.
Trinity Yachts Models and Key Features
Trinity Yachts built yachts ranging from approximately 120 to over 300 feet in length, with each vessel being a showcase of luxury, elegance, and engineering excellence. These yachts featured spacious and opulent interiors, state-of-the-art technology, and top-of-the-line amenities.
Trinity Yachts’ construction process involved the use of advanced materials and techniques, including aluminum and steel hulls, to ensure strength, stability, and seaworthiness. The shipyard employed a team of skilled craftsmen and technicians who meticulously executed every aspect of yacht construction, from the hull fabrication to the interior finishes.
Trinity Yachts also emphasized engineering innovation and performance. Their yachts incorporated cutting-edge propulsion systems, advanced navigation and communication systems, and efficient design features to optimize speed, range, and fuel efficiency.