China Lightweight wheeled robot chassis Manufacturer, Supplier, Factory

WD-K15 This heavy-duty all-terrain UGV rescue vehicle tracked chassis is a large unmanned crawler platform specially developed for emergency disaster relief scenarios. Equipped with dual 55KW 540V high-power drive motors matched with 22.4 reduction ratio, it supports 0-15km/h adjustable speed and a maximum rated load of 2500kg including battery. With 320mm flat ground clearance, 400mm obstacle crossing, 500mm horizontal span and stable 30° climbing capacity, it easily passes collapsed ruins, muddy flood land, rugged mountain roads and complex fire disaster sites. Adopting 380mm wide Kevlar/polyester embedded rubber tracks and IP54 dustproof & splash-proof protection, the chassis features a large integrated inner compartment of 19401200600mm for carrying rescue water cannons, first-aid supplies, detection sensors and hydraulic demolition tools. Full customization of size, power, speed and load is supported, serving as a reliable all-terrain unmanned mobile base for earthquake, flood, fire and chemical hazard emergency rescue UGVs.

WD-D300T intelligent tow tractor autonomous mobile robot is an unmanned tugger AMR specially developed for workshop multi-trolley cage towing transportation, rated traction capacity up to 300kg. It supports automatic navigation mode and manual push dual working modes, flexible docking with various standard storage cages, turnover racks and material trolleys, multiple carriages can be customized. Adopts laser SLAM multi-sensor fusion positioning with ±5mm high precision, compact 740×500mm body only needs 70cm minimum aisle width. 30Ah lithium battery supports over 9 hours continuous operation, 4G/WiFi remote multi-machine scheduling, zero-track deployment, widely used in electronic, auto parts, warehouse logistics for batch trolley unmanned traction delivery.

WD-K8 heavy-duty complete tracked undercarriage system is our heavy-load crawler platform equipped with heavy-duty wear-resistant tracks for greatly improved load capacity. Adopting Christie independent suspension and optimized 72% ground contact ratio, it delivers ultra-stable driving performance with excellent comfort via hydraulic dampers. The thick flexible track base avoids high-frequency vibration generated by ordinary engineering tracks at high speed, effectively protecting all kinds of onboard equipment. Supported by 12 Christie shock absorbers, dual 285N·M rated torque, max 500kg load, 30 reduction ratio, 30° stair climbing and IP54 protection grade, it serves as a reliable heavy mobile foundation for various industrial special robots.

This autonomous suction wall climbing robot is engineered for high-altitude infrastructure inspection on concrete surfaces. Utilizing advanced negative pressure adsorption, the suction wall climbing robot ensures stable adhesion and precise movement in temperatures ranging from -20°C to +50°C. Equipped with dual 1080P cameras and AI detection systems, it replaces manual labor for safer, more efficient contact-based operations. With a payload of ≤5 KG and modular design, this robot integrates data management for comprehensive structural health monitoring.

The CatCop Autonomous Inspection Robot is an advanced security solution powered by L4 autonomous driving and AI image recognition. Equipped with 360° HD cameras, infrared sensors, and starlight imaging, it enables all-weather autonomous patrol, anomaly detection, and real-time video transmission. Ideal for industrial parks, residential communities, commercial districts, and public facilities, this robot supports facial recognition, night patrol, broadcast announcements, and emergency alerts — enhancing safety efficiency and intelligent management without human intervention.

WD-T500 four-wheel drive heavy-load tracked tank chassis features an aluminum alloy body equipped with four 12V geared motors. It boasts a 7kg load capacity and abundant reserved expansion ports, supports secondary development via game controllers and mobile APPs, and is applicable to teaching experiments and DIY R&D of inspection robots.