2014 Mercier-Jones Supercraft

---- Specifications ----
Price -- Production --
Engine hybrid Weight 700 lbs
Aspiration -- Torque --
HP 102 hp total HP/Weight 7 lbs per hp
HP/Liter -- 1/4 mile --
0-62 mph -- Top Speed 40 mph

(from Mercier-Jones Press Release) 2014 Mercier-Jones Supercraft

The Mercier-Jones hovercraft design is inspired by elements of the Bugatti Veyron, Maserati Gran Turismo, Audi R8, but brings its own distinction as the world's first Supercraft. A low profile body, aggressive front end, and powerful side thrust ports make this the first truly modern hovercraft design. Marine features, such as side decks and an open cockpit, blend with the automotive inspiration to embody the versatility and function of the Supercraft.

Hovercraft are advanced vehicles that can travel over land, water and a variety of terrain in between. They do this by traveling on a cushion of air and essentially fly right above the surface. The air cushion is suspended inside a flexible reinforced fabric skirt which helps compensate for changes in terrain and gives clearance for obstacles.

Tandem sport seating provides a comfortable, balanced ride inside the open air cabin. Side decks provide additional seating for more passengers. Lower hull decks make it easier to board from the water, and top decks allow for easy entry from a dock. Recessed side steps make it possible to enter and exit from dry land.

The Mercier-Jones Supercraft not only looks like a high-end sports car, it will perform like one too . The innovative, patent-pending directional control system enables advanced maneuverability in the forward, lateral and reverse directions, so you can stop and go with ease. Intuitive pilot inputs will make flying the hovercraft easy to learn and enjoy.

High-end materials, such as carbon fiber and metal alloys, enhance the state-of-the-art of this hovercraft. Material selection is balanced with smart manufacturing techniques to keep costs down. The Mercier-Jones hovercraft embodies construction techniques from the automotive, marine, and aerospace industries.

A gasoline engine is used to generate electricity for the two independent electric motors of the drive system. The motors enable fine-tuned controlled thrust, while the gasoline engine is optimized for maximum fuel efficiency. A battery pack is used to hold reserve power that can be applied to the motors for quick boosts in performance. The gasoline engine is isolated from the cockpit and outside environment to reduce noise and pollution levels.