Warehouse - UAV Automatic Inventory Robot

The Kite Series Warehouse Automatic Inventory Air-Ground Robot, an innovative solution for automatic warehouse inventory, won the "Best Overseas Division" award at Japan Drone, Japan's largest drone exhibition, in 2025. The solution mainly consists of drones and wheeled AMR robots, featuring functions such as automatic route planning, automatic path adjustment and obstacle avoidance, enabling automatic driving and shuttle between warehouse shelves. Without the need for modeling, the Kite Air-Ground Robot supports autonomous memorization, generation and storage of warehouse maps, with simple and rapid deployment—only 6 hours are required to deploy a 2,000-square-meter warehouse. Once the AMR reaches the designated position, the drone will automatically perform cargo inventory tasks. The self-developed tethering device overcomes industry challenges, extends the drone's operating time, and automatically retracts and releases the cable synchronously with the drone's takeoff and landing, supporting continuous automatic inventory operations for 6 to 8 hours. Its strong endurance greatly enhances the coverage and efficiency of drone operations, with a single set of equipment covering a 5,000-square-meter warehouse. Leveraging the drone's visual capabilities, it addresses the need for high-altitude operations in warehouse inventory. Integrated with a height-fixing algorithm, it ensures stable and clear drone imaging, meeting the inventory height requirements of 95% of large warehouses. Equipped with a 20-megapixel wide-angle camera, it guarantees the accuracy of inventory tasks. Paired with a coordinated management and control platform, it enables point-to-point precise re-shooting: users can select any shooting point, and the Kite Robot will automatically plan a route and travel there for re-shooting, providing double assurance for the accuracy of inventory tasks. After completing the set tasks, the Kite Robot can achieve automatic homing, realizing intelligent full-process operation by automatically returning to a fixed charging pile for docking and charging.