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The Fliteboard x Marc Newson MN60 Wave is a rigid electric hydrofoil board built with a full carbon fibre monocoque construction and a 60 L low-volume performance platform. Powered by a 52V 30 Ah lithium-ion Flite Smart Battery and integrated electric propulsion system, it reaches speeds up to 55 km/h with up to 120 minutes of runtime depending on rider weight, foil configuration and water conditions.
• Top Speed: up to 55 km/h (34 mph) depending on rider weight, foil setup and water conditions
• Runtime: up to 120 minutes with 52 V 30 Ah Flite Smart Battery
• Battery Type: lithium-ion Smart Battery with integrated Battery Management System (BMS)
• Battery Voltage: 52 V
• Battery Capacity: 30 Ah
• Propulsion System: electric hydrofoil propulsion unit with sealed motor assembly
• Board Construction: full carbon fibre monocoque structure
• Board Volume: 60 L low-volume performance platform
• Structural Rigidity: high-stiffness carbon layup with minimal torsional flex under load
• Hydrodynamic Profile: compact outline optimised for reduced drag and responsive lift behaviour
• Total System Weight: approx. 20 kg including board, battery and propulsion unit
• Mast Interface: rigid integrated mast mounting system for direct thrust transmission
• Controller: wireless Flite Controller with OLED display and Bluetooth connectivity
• Connectivity: Flite App compatible (iOS & Android) for telemetry, diagnostics and ride data
The Fliteboard x Marc Newson MN60 Wave is engineered around a 60 L carbon performance platform designed to reduce excess buoyancy and improve responsiveness in dynamic water conditions. The full carbon monocoque construction maximises stiffness-to-weight ratio, maintains structural alignment between the board, mast and foil system, and enhances hydrodynamic efficiency. This architecture enables faster lift initiation, improved pitch control and stable flight behaviour at higher speeds.
The 60 L board volume provides a low-buoyancy platform that reduces hydrodynamic drag and increases manoeuvrability. The compact geometry improves carving precision, rider input sensitivity and control during lift, acceleration and directional transitions in variable water conditions.
Full carbon monocoque construction designed to maximise structural rigidity and minimise flex under dynamic load. The rigid mast mounting interface ensures efficient transmission of motor thrust to the hydrofoil assembly, improving lift efficiency, acceleration response and overall flight stability up to 55 km/h.



