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The Fliteboard SOFT TOP is a rigid electric hydrofoil board featuring a structural composite base combined with a high-density EVA traction deck layer. Powered by a 52V 30Ah lithium-ion Flite Smart Battery and integrated electric propulsion system, it delivers speeds up to 40 km/h and up to 90 minutes of runtime depending on rider weight, foil configuration and water conditions.
• Top Speed: up to 40 km/h (25 mph) depending on rider weight, foil setup and water conditions
• Runtime: up to 90 minutes with 52V 30Ah Flite Smart Battery
• Battery Type: lithium-ion Smart Battery with integrated Battery Management System (BMS)
• Battery Voltage: 52V
• Battery Capacity: 30Ah
• Propulsion System: electric hydrofoil propulsion unit with sealed motor assembly
• Board Construction: rigid composite base with EVA traction deck surface
• Deck Material: high-density EVA foam for grip, impact absorption and rider stability
• Structural Behaviour: rigid core platform with surface vibration damping from EVA layer
• 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 SOFT TOP is engineered with a rigid composite board structure combined with an EVA traction deck designed to improve rider grip, shock absorption and stance stability. The soft deck surface reduces foot fatigue and dampens vibrations generated by water impact and propulsion forces, while the rigid base maintains structural stiffness and efficient power transfer through the mast and hydrofoil assembly.
High-density EVA deck layer designed to increase friction coefficient between rider and board surface, improving foot stability during acceleration, lift and manoeuvres. The EVA material also absorbs micro-impacts and reduces vibration transfer to the rider during operation.
Rigid composite base structure designed to maintain structural alignment between the board, mast and propulsion unit under load. The integrated mast mounting system ensures efficient transmission of motor thrust to the hydrofoil, enabling stable lift generation, controlled acceleration and consistent flight performance up to 40 km/h.



