The N30’s canard foil configuration sets it apart from the competition, offering quicker response times in choppy conditions. The increased foil spacing allows for a smoother, more comfortable ride.

The front foil on N30 controls the pitch or height off the water, while the rear two foils control the steering.

Each foil has an aileron flap on the rear of the foil, just like on an airplane wing. This allows for each foil to be actively controlled by Navier’s proprietary flight control system. With constant feedback from the sensors on the boat, the flight control software updates the aileron flap up to 50 times per second, ensuring minute reactions to changes in the water and a smooth ride through all sea states.

With cutting-edge technology under the hood, Navier is simple
to operate and highly maneuverable, featuring sport mode and
joystick controls.

The fully independent twin propulsion system provides seamless joystick docking and system redundancy. The vessel can operate on a single motor if necessary, ensuring reliability.

Four distinct foiling positions allow for operation in a wide range of conditions:

• Stow: for trailering/extended storage in the water to prevent marine growth.
• Shallow (draft 1.5’): Operation when floating near a dock.
• Motor (draft 2’): Designed for moving the vessel short distances, such as in marinas.
• Half Foil (draft 5’): Used for foiling in more calm sea-states, or in shallower water.
• Full Foil (draft 6.5’): Foils fully extended; allows for the smoothest ride in rough seas.

Hull design allows for optimal comfort while planing, and quick takeoff to foiling. Carbon fiber construction ensures a lightweight, strong design, maximizing foiling efficiency and vessel durability.

Flight Control Software

Custom design flight control system uses aviation grade sensors and robustcontrol algorithms, proven in extensive in house validation and aboard US Navy vessels.

Cloud Controlled Software

• Over the air updates ensure seamless upgrades to features such as autonomy and maneuverability.
• Remote vessel monitoring and diagnostics optimize vessel performance,
• ensuring every vessel stays up to date with the latest features - no service center visit required.

Dual, fully independent high voltage powertrains ensure vessel operation even in the rare case of a system fault.

Cameras placed around the vessel allow for a complete 360 degree view from the helm, aiding docking and vessel maneuvering. Future updates will enable operator assist and basic autonomy features.