Commutation Control
Selects square-wave or sinusoidal drive by application and dynamically switches control algorithms when required.
Turning Signals and Intentinto Real-World Motion
Motion inputs from people, equipment, and the environment change from moment to moment. Hyena senses those changes, evaluates them in real time, and precisely adjusts power output so every start, acceleration, turn, and stop feels smoother, steadier, and more dependable.
Motor Drive Control
With more than a decade of BLDC expertise, Hyena knows how to convert electrical energy into controlled, usable motion.
Rotor Position Sensing
Uses Hall sensors or back-EMF estimation to determine rotor position and speed in real time.
PWM Modulation
Regulates voltage through high-frequency pulse-width modulation for smooth, controlled motor operation.
Current Feedback
Monitors current in real time to support torque control and overload protection.
Responsive Motion Control
Hyena control algorithms respond rapidly to incoming signals and commands, translating each input into an appropriate motion-control response.
Signal Integration
Reads multiple sensor inputs together and evaluates them at the same point in time.
Intent Translation
Converts external commands into target motor speed and torque through human-responsive control logic.
Real-Time Response
Maintains a short signal-to-motion control loop to minimize perceived delay in power delivery.
Dynamic Adjustment
Continuously adapts modular control parameters as load and operating conditions change.
One Core Technology,
Hyena drive and motion control is not built for one product alone. The same control principles can extend across applications that demand precise power delivery.
- E-bikes, e-scooters, and other micromobility platforms
- UAVs, UGVs, USVs, and other automated platforms
- Sports, health, medical, and mobility-assist equipment