Lazzara UHV 100 Video Tour

Created to challenge the convictions of what a 100-foot yacht can be, the UHV 100 represents a new benchmark for volume, liveability, engineering and build quality within the 30-metre-plus category. Part of Lazzara Yachts’ Ultra High Volume (UHV) Series, the UHV 100 was conceived around a simple idea: owners should not have to move into a significantly larger yacht to enjoy greater space, comfort and confidence at sea. At 100 feet (30.5 metres) and 225 GT, the UHV 100 offers approximately 2,800 sq. ft. (260 m²) of interior living space and 1,345 sq. ft. (125 m²) of exterior decks. Every area has been engineered to maximize usable volume, creating proportions and an onboard experience more commonly associated with significantly larger yachts. Designed around the way owners live on board, the UHV 100 offers five staterooms for ten guests, generous interior spaces and expansive outdoor areas, including a foredeck hot tub lounge. Engineering Beyond Her Size Built using advanced epoxy composite construction and aviation-grade core materials, the UHV 100 combines strength, durability and exceptional onboard comfort. Its patented Integrated Sea Chest technology eliminates conventional through-hull penetrations, while extensive system redundancy enhances safety and reliability. A Distinctive Identity After Dark Lazzara Yachts’ bespoke Phantom Lighting system creates a distinctive exterior halo, giving the UHV 100 an unmistakable presence after dark. The Future of High-Volume Yachting The Lazzara UHV 100 represents a new generation of yachts where volume, innovation, and engineering integrity converge. It is a clear statement from Lazzara Yachts - to lead the industry not only in design, but in how yachts are built, experienced, and trusted. Alongside the UHV 100, Lazzara currently has the UHV 160 under construction and the UHV 130 in active design development. Together, these projects reinforce the strength of the concept and underline that the UHV 100 is part of a broader, well-established vision rather than a standalone model.