Joint Evolution! First Look at a High-Altitude Drone Cleaning Solution Based on the P3(T50) System and DJI Matrice 400

A new high-altitude cleaning solution—integrated with the latest DJI Matrice 400 and powered by a soft tethered cleaning system—was unveiled immediately following the drone’s official launch on June 10. The solution extends compatibility from previous M300/M350 platforms to the new M400, continuing to lead innovation in aerial cleaning applications and expanding the use cases for the newly released drone.

Specializing in robotic services for urban curtain wall cleaning, wind turbine maintenance (including cleaning, lightning protection inspection, and anti-icing spray), this modular solution delivers efficient “robotics +” service support tailored for complex, high-risk environments.

As a global leader in general-purpose soft robotics and an ecosystem partner of DJI, the development team has continued to enhance DJI's ecosystem through its innovative aerial precision operation series. The newly released solution is built upon the award-winning P3(T50) flexible tethered cleaning system and leverages advanced soft robotics technology that ensures lightweight structure, high safety, and flexible maneuverability.

Fully compatible with DJI’s flagship drone platforms such as the M300, M350, and now M400—as well as the FC30—this modular system enables safe, precise, and highly efficient aerial operations. With the M400’s breakthrough improvements in flight endurance, payload capacity, obstacle avoidance, tethered power support, and autonomous operation, the solution benefits from deep integration to further expand capabilities and meet a broader range of customer needs.

Thanks to long-term and in-depth ecosystem collaboration, the P3(T50) system has achieved seamless integration with the M400, offering industry users a “plug-and-play” experience and effortless upgrade path. Its cross-platform compatibility with M300, M350, and M400 ensures flexible deployment and empowers clients with diverse options to match their performance and operational environment requirements.

This also highlights the strong synergy between UAV platform development and aerial operation innovation. The resulting aerial precision operation, cleaning, and infrastructure maintenance solutions—built on the fusion of soft robotics and advanced UAV platforms—are already in wide use across real estate, wind energy, and transportation infrastructure sectors. Proven through deployment in over 100 countries and regions, the system demonstrates strong operational performance and stability.

Looking ahead, continued co-development of ecosystem technologies and scenario-specific applications will push the boundaries of aerial precision operations, driven by evolving industry needs and collaborative innovation.