It uses Field Oriented Control (FOC) algorithms for high efficiency and stable torque. A high-performance microprocessor and redundant communication enable precise speed control, all in a compact design with an optimal power-to-size ratio.
Motor inverter for eVTOL, capable of supporting voltages up to 800V and currents up to 200A, designed for controlling both sensored and sensorless electric motors. It complies with aviation standards DO-178C and DO-254, ensuring safety and reliability.

MC110 adheres to DO178C / ED12, DO254 / ED80 (DAL B), and DO160 aviation standards, guaranteeing hardware and software reliability. It ensures maximum flight safety and high MTBF values providing the evidence required for eVTOL certification.
Evidence for the compliance with DO178C, DO254, and DO160 aviation standards.
All units are ESS tested for the early detection of latent failures in the production line.
Design and production follow a strict process, with additional documentation available.
eVTOL motor controller withstanding voltages up to 800V and real continuous currents up to 200A for meeting Urban Air Mobility needs.

The eVTOL Motor Controllers enable easy optimization for various layouts, featuring a range of I/O configurable for single or redundant architectures. CAN Bus, RS232, RS485, PWM, and more can control the motor controller effectively. Extensive configuration options allow fine-tuning of ESC performance and algorithms, ensuring optimal functionality and achieving outstanding results in diverse scenarios.



Harness for MC110 2.0. Includes user connector with 30x 300 mm pre-crimped cables and sensor connector with 12x 300 mm pre-crimped cables.

Power connector, RS232 connector, maintenance switch.