XC-ESC specializes in the growth and production of electronic speed controllers (ESCs) tailored for UAVs (unmanned aerial vehicles) and other unmanned systems.
Our reliable BLDC drone motor controllers have been deployed across more than 30 countries,serving diverse applications such as cargo transport,firefighting,emergency services,inspection,surveying,and urban air mobility (UAM).
We conduct all design,manufacturing,and testing within our advanced NQA-accredited facilities,ensuring we uphold the highest quality standards. Additionally, we offer expert R&D and product design services for customized applications, enabling us to deliver tailored solutions that meet specific client needs with quick turnaround times.
Electronic Speed Controllers for Drones
Our state-of-the-art ESCs are designed to be compatible with a variety of popular drone motors available today, offering a robust set of features that make them suitable for numerous drone and robotics applications.
Quick Response – Our innovative motor control algorithm ensures rapid response times, eliminating the need for additional timing adjustments or calibrations.
Efficient Thermal Management – Our motor control software minimizes heat generation during startup, operation, and shutdown, while advanced structural design with copper conduction maximizes heat dissipation.
Energy Recovery Capabilities – Enhanced throttle linearity and regenerative braking allow our ESCs to improve efficiency by converting recovered mechanical energy back into electrical energy.
Extensive Safety features – Our dependable ESCs come equipped with multiple built-in protective mechanisms, including over-voltage, over-temperature, stall, and throttle signal loss protection, along with infinite restart capabilities. Control signal interfaces are isolated from the main power supply to enhance safety and reliability.
CAN Communication Protocol – This feature enables real-time communication with the drone’s flight controller, allowing for the monitoring of various ESC and motor parameters such as throttle values, voltage, current, motor speed, and temperature. firmware updates can be easily performed via CAN, and all units are compatible with CyphalCAN and DroneCAN protocols.
All our motor controllers are rated IP67, ensuring maximum durability and reliability even in the most challenging operating environments.
- 48 – 96S battery input
- 200 – 400V
- Models with current outputs of 50, 75, 100, and 160A
- 12 – 24S battery input
- 50 – 100V
- Models with current outputs of 60, 120, 200, and 300A
- 12 – 24S battery input
- 50 – 100V
- Models with current outputs of 120, 200, and 300A
- 5 – 18S battery input
- 20 – 76V
- Models with current outputs of 120,180,and 260A
- 5 – 14S battery input
- 20 – 60V
- Models with current outputs of 40,60,80,120,150,200,and 300A
