Electric Motor Controllers | Electric surfboards, eFoils, hydrofoils | Voltage: 75V (▲ 50% higher than industry standard 50V) Current: 300A (Base) / 400A (Advanced ▲) Compatibility: VESC_TOOL (open-source) | ▲ High power for agile maneuvers (75V vs 50V) Cost-effective customization via open-source tools | Requires technical setup; bulkier than standard controllers |
Battery Systems | Power delivery, extended ride times | Capacity: 20Ah (▲ 33% more than industry standard 15Ah) IP68 Waterproofing Charge Time: 1h (ISO 14579-1 compliant) | ▲ Longer ride duration (20Ah vs 15Ah) Marine-grade durability | Higher upfront cost; adds weight to the board |
Propulsion Units | Thrust generation, stability | Thrust: 40kg (▲ 33% higher than industry standard 30kg) RPM: 3000 (ISO 1940 balanced) Efficiency: 90% energy retention | ▲ Superior speed and control (40kg thrust) Energy-efficient for long use | Requires regular maintenance; potential noise interference |
Board Materials | Durability, portability | Material: Carbon Fiber/Epoxy (ISO 12215 certified) Weight: 5kg (▲ 20% lighter than fiberglass industry standard) | ▲ Lightweight for easy transport (5kg vs 6.25kg) Impact-resistant for ocean use | Higher cost; limited customization options |
Connectivity Systems | Remote control, telemetry | Wireless Range: 100m (▲▲ doubles industry standard 50m) Latency: 5ms (IEC 61131-3 compliant) Protocol: CAN Bus | ▲▲ Extended safety range (100m) Low latency for precise control | Susceptible to electromagnetic interference; setup complexity |
Safety Features | Risk mitigation, user protection | Overheat Protection: Trip at 85°C (▲ 14°C higher than industry standard 71°C) Water Ingress Detection: IP68 Emergency Stop: 0.5s response | ▲ Enhanced equipment longevity (85°C threshold) Rapid hazard response | Adds mechanical complexity; potential false triggers in extreme conditions |