HOBBYWING P65V 400V heavy-lift high-voltage propulsion system has been successfully integrated into a long-endurance vertical takeoff and landing (VTOL) UAV with a maximum takeoff weight of up to 200 kg. Designed for demanding applications such as surveying and mapping, emergency response, inspection, and monitoring, this advanced heavy-lift propulsion system ensures reliable operation in challenging environments, including high-altitude regions, coastal areas, and mountainous terrain.

As the core motor & ESC power system of this drone, HOBBYWING P65V adopts a 400V high-voltage architecture. Under the same power output conditions, this effectively reduces operating current and line losses, improving overall energy efficiency. As a result, P65V 400V VTOL motor delivers stable and reliable power for long-endurance flight missions.

In addition, the P65V electric propulsion system supports IPC intelligent propeller positioning technology. After the VTOL transitions from vertical takeoff and landing mode to fixed-wing cruise flight, the system automatically positions the propellers parallel to the fuselage with high precision. This significantly reduces aerodynamic drag, further enhancing flight endurance and cruise efficiency.

To meet the stringent reliability requirements of operations in high-altitude, coastal, and mountainous environments, P65V UAV power system has successfully passed a series of environmental reliability tests, including high- and low-temperature testing, vibration testing, and salt spray testing. These tests verify the system's ability to operate reliably under demanding conditions, including low temperatures, strong winds, and high-altitude environments.

Furthermore, both the heavy-lift drone motor and ESC feature built-in temperature sensors that transmit real-time operating temperature data via the CAN bus. This enables real-time propulsion system monitoring and provides reliable data support for long-endurance and high-payload UAV missions, enhancing flight safety and overall system reliability.