PH-20 Chinese Unmanned Aerial Vehicle (UAV)
PH-20






The PH-20 Chinese Unmanned Aerial Vehicle (UAV) features a six-rotor configuration designed for heavy payloads, extended flight endurance, seamless integration, and outstanding reliability. Constructed from lightweight yet durable carbon fiber composites, its modular design facilitates easy usage and maintenance. The rotor system's inward tilt improves stability, wind resistance, and interference tolerance. Equipped with an intelligent flight controller that utilizes CAN bus communication and sensor redundancy, the PH-20 effectively mitigates interference and offers impressive expandability. Its autopilot system incorporates advanced adaptive control algorithms and robust emergency protection features, ensuring safe and reliable flights. The upgraded PH-20 provides an extended flight duration of 70 minutes with a gimbal camera and 75 minutes with LiDAR. This UAV can carry a maximum payload of 10 kg, accommodating various common payloads, such as LiDAR, cameras, spectral imagers, aeromagnetic sensors, and miniSAR systems. It incorporates multi-sensor redundancy technology, control distribution reconfiguration, all-digital bus avionics, and fully closed-loop health monitoring and management systems. The arms are pluggable for ease of use and maintenance, featuring a unified load electrical interface for one-touch installation. The entire airframe is made from high-performance carbon fiber composites, offering a lightweight, rigid, and strong structure. Additionally, the PH-20 is equipped with millimeter-wave radar for four-way obstacle avoidance. It has successfully undergone testing in extreme environments, such as high and low temperatures, high altitudes, strong winds, and heavy rain, ensuring enhanced safety. The JOUAV PH-20 UAV can support a range of mission payloads. You can select different cameras based on mission requirements, including LiDAR systems, industrial aerial cameras, oblique camera systems, gimbal systems, and synthetic aperture radar (SAR) systems. Its design is simple, flexible, and multi-purpose.