China Open Source Secondary Development Chassis Manufacturer, Supplier, Factory

The Firefighting Drone is a professional-grade unmanned aerial system designed for emergency response and fire suppression operations. It integrates HD video transmission, thermal imaging, aerial firefighting capabilities, and intelligent flight control, enabling rapid deployment in complex and hazardous environments. The system is ideal for high-rise building fires, forest fire monitoring, power facility inspection, and emergency command support, significantly improving firefighting efficiency while ensuring personnel safety.

WD-F enclosed cabin intelligent serving delivery robot is a confined-space dedicated unmanned service AMR designed for catering, hotel and medical delivery scenarios. Equipped with fully enclosed transparent glass cabin and detachable multi-layer trays, it effectively prevent soup spillage, dust and cross-contamination during food transport, meeting strict hygiene delivery requirements. It adopts marker-free laser SLAM navigation with 1m/s rapid HD mapping, supporting dynamic autonomous path planning and multi-sensor fusion obstacle avoidance, capable of crossing 5cm obstacles and climbing 10° slopes. The cloud dispatch system realizes multi-robot collaborative operation with automatic collision avoidance, supporting remote real-time video & position monitoring, OTA online upgrade and AI voice reminder. With 15Ah large battery for over 10-hour uninterrupted delivery and low-noise mute chassis, it is widely used in restaurants, hotels, wards and offices for sealed unmanned distribution of meals, documents and medical supplies.

The China Agricultural Drone supplied by Weide Manufacturer is an advanced unmanned flying system specially designed for modern precision agriculture. It integrates intelligent flight control, efficient spraying and precise navigation technologies to optimize crop protection and field management. This drone can apply pesticides, fertilizers and seeds quickly, evenly and efficiently, significantly reducing labor costs while improving production efficiency and resource utilization. It is widely used in farms, orchards, plantations and large-scale agricultural operations.

WD-L300 and WD-L300E heavy-duty Automatic lifting platform mobile robots are autonomous lifting AMRs developed for automatic docking and transfer of factory heavy material shelves. Both models integrate a built-in 50mm automatic lifting mechanism with a maximum load capacity of 300kg. WD-L300 adopts compact body design with 70cm minimum passing width for narrow production lines; WD-L300E equips widened large chassis to match oversized storage shelves, requiring 75cm aisle width. Equipped with LiDAR + deep camera multi-sensor fusion positioning, ±5mm high precision, 30Ah lithium battery supports over 9/10 hours continuous running, automatic return charging and 4G/WiFi remote fleet scheduling, realizing full unmanned heavy shelf circulation without manual loading and unloading.

WD-FS1500 stacker unmanned pallet stacking forklift robot is a dedicated high-mast autonomous reach stacker AMR developed for high rack warehouse pallet storage and stacking. It supports 1600mm to 2500mm adjustable lifting mast with 1500kg stable rated load, perfectly matching multi-layer warehouse rack storage demands. Equipped with marker-free laser SLAM positioning at ±5mm precision, 24V 205Ah large-capacity lithium battery delivers over 5 hours continuous operation and only 1.6 hours full fast charging. It supports PLC Modbus protocol docking with warehouse WMS/MES systems, 4G/WiFi multi-robot cluster scheduling, full perimeter multi-layer anti-collision safety design, widely used in e-commerce storage, auto parts warehouses and finished goods distribution centers for automatic high-level pallet stacking, inbound storage and outbound sorting.

The Weide's China Rail-Mounted Robot is an intelligent inspection system designed for track-based operations in tunnels, pipelines, and industrial environments. Equipped with high-definition imaging, laser measurement, intelligent lighting, and a stable drive system, it enables efficient, all-weather inspection and defect detection while significantly improving operational safety and efficiency.