The Taurus AE from allocortech is a compact, board-level motor controller engineered for high-performance actuator applications across unmanned systems.
It delivers precise and efficient motor control with four-quadrant Field Oriented Control (FOC) and Space Vector Pulse Width Modulation (SVPWM), ensuring optimal performance and energy efficiency in demanding environments.
Designed for flexibility, the Taurus AE supports customized control loops for speed, torque, voltage, power, and more advanced operating modes. It also supports overmodulation, allowing users to maximize peak power output of the motor drive when needed.
Ideal for dynamic power systems, the controller features active regenerative braking and can be integrated into generator-based hybrid electric powertrains. It operates either sensorlessly or with feedback from Hall effect or quadrature sensors, supporting a wide range of motor types and configurations.
Powered by allocortech’s open software development kit (SDK), Taurus AE allows deep customization of motor control behavior, communications protocols, and system integration parameters, making it highly adaptable for aerospace, robotics, and autonomous platforms.
Whether optimizing drive efficiency or enabling hybrid-electric architectures, Taurus AE delivers a powerful and programmable solution tailored for the next generation of unmanned technologies.
