Wisson Robotics, a leading global provider of general-purpose soft robotics, is set to unveil its latest innovations in aerial soft robots at CES 2025. Among the highlights are the AP3-P3 for facade cleaning and the versatile AP30-N1 aerial manipulator featuring Wisson’s Pliabot® arm. These cutting-edge technologies are poised to revolutionize the capabilities of drones in contact-based precision operations.
The integration of Pliabot® Technology into drones has enabled Wisson Robotics to develop the Orion series of aerial soft robots. This series, which includes the N, P, G, and D models, offers a range of contact-based capabilities such as aerial grasping, transferring, placing, spraying, cleaning, and contact-based detection. By combining the mobility of drones with the precision of Pliabot® technology, these robots are able to perform tasks with unparalleled accuracy and efficiency.
One standout from the Orion series is the AP3-P3 Pliabot® Aerial Tethered Cleaning System, designed for building facade cleaning and tower maintenance. Weighing just 1.3 kg, this system features a high-pressure pump and a Pliabot® gimbal for multi-angle adjustments, allowing it to access hard-to-reach areas with ease. The adaptive balance provided by Pliabot® Technology ensures stability and safety during aerial tasks, minimizing the risk of collisions and maximizing operational efficiency.
The Orion series has already garnered praise from clients around the world, with deployments in over 100 countries and regions. Industries such as facade cleaning, autonomous driving, new energy, logistics, urban management, marine services, and power grids have all benefited from the advanced capabilities of Wisson’s Pliabot® robots.
For more information on Wisson Robotics and their innovative aerial soft robots, visit their booth at CES 2025, located at Booth #8262 in the Smart Cities section of the North Hall at the Las Vegas Convention Center. Don’t miss this opportunity to witness the future of aerial precision operations with ultimate safety, efficiency, and versatility.