China Christie full independent suspension crawler chassis Manufacturer, Supplier, Factory

The Oxbot Heavy Payload Robot offers up to 500kg capacity for industrial logistics. Featuring dual LiDAR navigation and autonomous elevator access, this heavy payload robot ensures safe, efficient multi-floor transport. Ideal for factories requiring reliable automated material handling solutions.

WD-Ma360 magnetic tracked wall climbing robot chassis is a ferromagnetic adsorption industrial crawler platform designed for vertical metal wall operations. Equipped with dual 240W brushless DC reduction motors, it delivers 16.8NM torque, supporting 10kg rated vertical payload and up to 60kg extreme test load at 85°. With ultra-low 3mm ground clearance, it adapts curved surfaces with a minimum cylinder diameter of 5 meters, compatible with steel tanks, ship hulls and iron structural walls. Adopting stainless steel & aluminum frame, IP54 waterproof rating and dual-fan heat dissipation, this wall crawler chassis works stably for inspection, rust removal and cleaning tasks. Powered by DC24V 10AH lithium battery, adjustable speed ranges from 0 to 0.5m/s, customizable OEM service available.

The Speedybot Pro Indoor and Outdoor Delivery Robot is an autonomous logistics solution engineered for seamless last-mile delivery across diverse environments. Featuring a 100L ultra-large storage compartment, multi-line 3D LiDAR for precise navigation, and autonomous elevator access, this robot ensures reliable, contactless delivery of food, parcels, medicine, and industrial components. Designed for 24/7 operation in all weather conditions, the Speedybot Pro reduces merchant costs by 15%, cuts user complaint rates by 41%, and accelerates average delivery speed by 22%. Ideal for communities, factories, retail stores, and campuses, it represents the next generation of intelligent, scalable delivery infrastructure.

WD-FT1500 autonomous forklift unmanned pallet handling robot is an intelligent pallet jack AMR specially developed for warehouse pallet automatic storage and retrieval, with a rated load of 1500kg and 110mm standard lifting height. It supports four optional navigation modes: free laser SLAM, track magnetic strip, mixed navigation and follow mode, matching different factory transformation budgets. Equipped with intelligent touch screen, PLC Modbus industrial protocol docking, automatic unmanned navigation + manual driver dual control mode. Built-in LiDAR/IMU positioning system with ±5mm high precision, 24V 100Ah large battery for over 5h continuous operation, automatic return charging, full perimeter safety touch edge and multi-layer anti-collision sensors, widely applied in logistics warehouses, auto parts and manufacturing plants for unmanned pallet inbound, outbound and line-side feeding.

WD-S factory intelligent material conveying AMR robot is a roller conveyor type autonomous transfer robot specially designed for smart factory production line automated material docking and circulation. With a 100kg stable rated load, the built-in roller conveying mechanism realizes automatic seamless docking with assembly line roller conveyors, realizing unmanned transfer of cartons, material bins and pallets between stations and workshops. It adopts LiDAR + depth camera dual-sensor fusion obstacle avoidance to eliminate detection blind spots, supports local independent multi-robot collaborative scheduling without extra RCS deployment, and can link elevators, automatic doors and roller shutters via smart IoT to realize cross-floor unmanned conveying. The open chassis platform supports customized scissor lifting conveyor and secondary development docking with MES/WMS production management systems, widely used in 3C electronics, precision instruments, e-commerce warehouses and traditional manufacturing workshops to fully replace manual line-side feeding and finished goods turnover.

The WD-T101D mini aluminum alloy tracked chassis is equipped with Hall speed measuring sensors and wear-resistant rubber tracks, supports APP control, has a load capacity of 5-7kg and a compact size, and is suitable for indoor DIY smart cars, teaching experiments and the secondary development of small robots.