Motor Controllers MC24
Inverters for eVTOL Certification
Compliant with the DO178C and DO254 certification standards, controls 60-120V motors, sustaining up to 200A continuous current. Redundant inputs ensure reliability, making it perfect for eVTOL and large UAVs in critical operations.
Motor Controllers MC24
Inverters for eVTOL Certification
Compliant with the DO178C and DO254 certification standards, controls 60-120V motors, sustaining up to 200A continuous current. Redundant inputs ensure reliability, making it perfect for eVTOL and large UAVs in critical operations.
Certification Datapack
IP68 Waterproof
Health Monitoring
Sensored or Sensorless
Redundant Input
eVTOL Motor Control
Optimized for eVTOL and large UAVs
BLANCO
Sensored & Sensorless Motors
The motor controller MC110 is capable of precisely regulating and controlling the rotational speed or torque of any electric motor, being compatible with sensorless or sensored motors. Various types of sensors and motors are compatible.
Torque or Speed Control
Excellent speed control or torque control modes are available for high power motors. Embedded FOC algorithms adjust the time between current pulses delivered to the different motor windings in order to obtain an accurate motor control.
Braking and Direction Control
MC24 includes active braking and regenerative brakes as well as it permits to reverse the rotation sense. It makes the MC24 the perfect solution for the control of a wide range of motors for various applications, UAVs, eVTOL, ground vehicles (UGV), etc.
Certification Datapack
Health Monitoring
Sensored or Sensorless
IP68 Waterproof
Redundant Input
eVTOL Motor Control
Optimized for eVTOL and large UAVs
BLANCO
Sensored & Sensorless Motors
The motor controller MC110 is capable of precisely regulating and controlling the rotational speed or torque of any electric motor, being compatible with sensorless or sensored motors. Various types of sensors and motors are compatible.
Torque or Speed Control
Excellent speed control or torque control modes are available for high power motors. Embedded FOC algorithms adjust the time between current pulses delivered to the different motor windings in order to obtain an accurate motor control.
Braking and Direction Control
MC24 includes active braking and regenerative brakes as well as it permits to reverse the rotation sense. It makes the MC24 the perfect solution for the control of a wide range of motors for various applications, UAVs, eVTOL, ground vehicles (UGV), etc.
Certification
MC24’s design ensures optimal eVTOL motor control, meeting DO178C and DO254 standards up to DAL B. Rigorous ATP and ESS tests validate ESC reliability, providing essential documentation for authorities, including MTBF calculations, ATR, COC, etc.
DO178C & DO254
DO178 (PSAC, SDP, SQAP, etc.), and DO254 (PHAC, HVVP, HTP, etc.) datapack available.
IP68
Robust design, IP68 certified, ensuring durability in challenging environments.
MTBF, ATR & COC
Reliability documentation available for certification including: MTBF, ATR & COC
Certification
MC24’s design ensures optimal eVTOL motor control, meeting DO178C and DO254 standards up to DAL B. Rigorous ATP and ESS tests validate ESC reliability, providing essential documentation for authorities, including MTBF calculations, ATR, COC, etc.
DO178C & DO254
DO178 (PSAC, SDP, SQAP, etc.), and DO254 (PHAC, HVVP, HTP, etc.) datapack available.
IP68
Robust design, IP68 certified, ensuring durability in challenging environments.
MTBF, ATR & COC
Reliability documentation available for certification including: MTBF, ATR & COC
Configurable Motor ESC
Configuration parameters available to optimize the motor control performance
EN BLANCO
Operational Flexibility
Configure for any electric motor, brand, size, with or without sensors. Parameters like acceleration, RPM, and braking force are accessible. Advanced FOC algorithms and sensing functionalities available enhance efficiency to extend battery life.
FOC Controller
The FOC controller within the MC24 is user configurable by having access to the parameters for the initial alignment, current limits, mixing controller, MTPA controller, Quadrature current controller, direct current controller, speed controller, etc.
Optimization Service
Embention offers configuration services for the optimization of the motor controller performance to the specific motor and propeller. Within this service the motor parameters are adapted to the aircraft setup, obtaining outstanding performance.
Configurable Motor ESC
Configuration parameters available to optimize the motor control performance
EN BLANCO
Operational Flexibility
Configure for any electric motor, brand, size, with or without sensors. Parameters like acceleration, RPM, and braking force are accessible. Advanced FOC algorithms and sensing functionalities available enhance efficiency to extend battery life.
FOC Controller
The FOC controller within the MC24 is user configurable by having access to the parameters for the initial alignment, current limits, mixing controller, MTPA controller, Quadrature current controller, direct current controller, speed controller, etc.
Optimization Service
Embention offers configuration services for the optimization of the motor controller performance to the specific motor and propeller. Within this service the motor parameters are adapted to the aircraft setup, obtaining outstanding performance.
Advanced Inverter
Field Oriented Control
Advanced algorithms for Field Oriented Control (FOC), achieves high efficiency and stable torque. The state of the art technology in terms of motor control is applied on the MC24 so optimized control can be achieved for speed and torque control.
Regenerative Braking
The Regenerative Braking functionality permits the use of the MC24 motor controller for battery charging when braking. It permits to optimize the battery usage and extend the flight capacity for eVTOL or large UAV systems.
Designed For eVTOL
The MC24 is designed for the control of eVTOL aircraft, being optimized to the demanding needs of this kind of applications, specially those related to the certification and reliability, ensuring the certifiability of the eVTOL vehicle.
State of the art
Veronte eVTOL ESC excels in robust design, covering 60-120V with a continuous motor current of 200A. DO254 hardware design ensures unique MTBF, housed in an IP68 aluminum enclosure. MC24, featuring Field Oriented Control, achieves high efficiency and stable torque. Enhanced microprocessor and communication redundancy ensure continuous and precise speed management, guaranteeing high reliability.
Veronte eVTOL ESC excels in robust design, operating up to 24kW. Voltage range covers 60-120V with a continuous motor current of 200A and peaks up to 280A. DO254 hardware design ensures unique MTBF, housed in an IP68 aluminum enclosure. Enhanced microprocessor and communication redundancy ensure precise management, guaranteeing high reliability.
MC110 for higher power
Applications requiring a higher power can make use of the Veronte Motor Controller MC110. This setup can deliver prower up to 110kW with a maximum operating voltage of 800V and continuous currents up to 200A. Peak currents for up to 280A (5s) are also tolerated by the high power motor controller for eVTOL applications. All this in compliance with the certification standards.
State of the art
Veronte eVTOL ESC excels in robust design, covering 60-120V with a continuous motor current of 200A. DO254 hardware design ensures unique MTBF, housed in an IP68 aluminum enclosure. MC24, featuring Field Oriented Control, achieves high efficiency and stable torque. Enhanced microprocessor and communication redundancy ensure continuous and precise speed management, guaranteeing high reliability.
Veronte eVTOL ESC excels in robust design, operating up to 24kW. Voltage range covers 60-120V with a continuous motor current of 200A and peaks up to 280A. DO254 hardware design ensures unique MTBF, housed in an IP68 aluminum enclosure. Enhanced microprocessor and communication redundancy ensure precise management, guaranteeing high reliability.
MC110 for higher power
Applications requiring a higher power can make use of the Veronte Motor Controller MC110. This setup can deliver prower up to 110kW with a maximum operating voltage of 800V and continuous currents up to 200A. Peak currents for up to 280A (5s) are also tolerated by the high power motor controller for eVTOL applications. All this in compliance with the certification standards.