Fliteboard Pro Fibreglass | Premium Performance Electric eFoil

10,740 €

The Fliteboard PRO FIBREGLASS is a rigid electric hydrofoil board featuring a 67 L low-volume platform built with a fiberglass composite construction and reinforced performance core. Powered by a 52V 30Ah lithium-ion Flite Smart Battery and integrated electric propulsion system, it delivers speeds up to 45 km/h and up to 90 minutes of runtime depending on rider weight, foil configuration and water conditions.

Specifications

• Top Speed: up to 45 km/h (28 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: fiberglass composite structure with reinforced performance core
• Board Volume: 67 L low-volume performance platform
• Structural Behaviour: controlled flex pattern with higher impact tolerance than full carbon boards
• Total System Weight: approx. 22 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

About

Fliteboard PRO FIBREGLASS

The Fliteboard PRO FIBREGLASS is engineered around a 67 L low-volume board architecture designed to reduce excess buoyancy and increase responsiveness during lift and carving phases. The fiberglass composite layup provides a balance between structural rigidity and controlled flex, improving impact resistance and durability compared to full carbon constructions while maintaining efficient hydrodynamic performance and stable flight behaviour.

KEY FEATURES

67 L Low-Volume Hydrodynamic Platform

The 67 L board volume reduces buoyancy excess and hydrodynamic drag, resulting in faster lift initiation, increased manoeuvrability and more direct rider input response. The compact outline improves carving precision and dynamic control at medium to high riding speeds.

Fiberglass Composite Structure and Thrust Transmission

Fiberglass composite construction with reinforced core designed to withstand repetitive load, impacts and operational stress. The rigid mast mounting interface ensures efficient transmission of motor thrust from the electric propulsion unit to the hydrofoil, improving lift efficiency, acceleration response and overall flight stability up to 45 km/h.