US20250256810
2025-08-14
Performing operations; transporting
B63B1/246
The powered hydrofoil board is designed to maintain stability and control in various water conditions using a sophisticated control system. It features a hydrofoil with two independently controllable flaps that adjust the board's pitch and direction. An integrated processor utilizes data from an inertial measurement unit (IMU) and a global positioning system (GPS) to manage these flaps. A wireless controller allows the rider to input desired speed and direction, which the processor uses to adjust the flaps and propulsion motor accordingly.
This innovation falls within the realm of powered hydrofoil boards, which typically include a floatable board, a strut, a propulsion mechanism, and a hydrofoil. The current design enhances these components with automated control features that improve stability and ease of use.
The hydrofoil board comprises an elongated floatable board with a strut attached to its bottom surface. This strut connects to a propulsion system that propels the board above water. The propulsion system is powered by an electric motor and battery, controlled via a wireless device. A stabilizer system ensures ride stability, with the hydrofoil and tail designed to minimize drag and optimize performance through water.
The board features two flaps akin to airplane ailerons that can be adjusted by motors under processor control. These flaps help stabilize, steer, and stop the board automatically. The processor receives input from both the IMU for orientation data and the GPS for speed and location data, allowing it to make precise adjustments for optimal performance.
A central processor continuously monitors IMU data to maintain level movement, even compensating for wave disturbances. It can autonomously adjust flap positions to correct any imbalance detected, ensuring smooth operation. The processor also facilitates user commands via the wireless controller while maintaining overriding control to ensure safety and efficiency.