In the autumn of 2008, three men and a speedboat loaded down with narcotics sped through the straits near the Florida coast. They were drug smugglers from South America and they raced to evade the authorities that were hot on their tail. Traveling upwards of 40 knots, they decided to move to shallow waters to escape. No Navy or Coast Guard ship could follow them there, they thought. These men clearly didn’t know about the M80 Stiletto. Even in the shallow, 5-foot, water, the authorities are still in pursuit and after two hours, the smugglers run out of fuel.
The M80 Stiletto is an experimental military ship developed for high speed military operations in shallow and littoral waters. Designed by M Ship Company LLC, the M80 utilizes a unique double M-Shape hull to reduce draft to a mere 3 feet while maintaining the ability to maneuver through rough seas.

Capabilities
Built with a carbon fiber composite, the ship is light and fast: able to travel at speeds of 50-60 knots. With a 40’ 5” beam and a length of 88’ 6”, it’s low, wide profile makes it stealthy and capable of avoiding most radar detection methods. The Stiletto is also multi-functional. It can deploy both sea and airborne surveillance equipment and be outfitted with mine clearing devices and a variety of ISR (Intelligence Surveillance and Reconnaissance) assets. M80 is unique in its design and capabilities and currently operates as a test vessel for the US Navy.

M80 Stiletto Speed
The M80 stealth ship has four Caterpillar C32 diesel engines with Arneson ASD-14 drives. Combined with its lightweight carbon fiber hull, these 6,600 horsepower engines propel the Stiletto to 50+ knots in 8 foot seas (according to 2006 tests). What’s more, the double M-shape hull recaptures the bow wave and creates an air cushion. This reduces drag, wake, noise, and helps keep the M80 further out of the water, resulting in its super-shallow 3 foot draft, while maintaining a smoother ride in rough waters. Highly maneuverable, it was able to complete a 360° flat turn with only a 10% reduction in speed during testing.










