China ROS accessory compatible robot chassis Manufacturer, Supplier, Factory

WD-W2M Pro agricultural wheeled chassis is a universal heavy-duty 4-wheel differential robot platform, equipped with self-developed double wishbone suspension with great torsional rigidity and lateral stability, outstanding off-road passability for farmland complex terrain. It adopts four 2000W DC brushless motors with encoders and full communication drivers. Standard 48V lithium battery with BMS protection, 48V60Ah large capacity battery optional. Equipped with large pneumatic tires to adapt mud, uneven farm roads. Exquisite industrial housing reserves ample space to install sensors, cameras and control equipment, widely applied in agricultural patrol, crop survey, field exploration, scientific research and teaching robot development.

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-W3-4400S multi-directional wheeled chassis with 4WS is a universal 4-wheel steering robot platform with independent drive, independent steering and independent damping suspension for each wheel. It supports multiple flexible motion modes: forward/backward movement, lateral side shifting, in-situ zero turn and Ackermann steering. Compact, robust and durable structure equipped with electric servo hub motors, optional pneumatic tires or solid explosion-proof tires for strong terrain adaptability and easy maintenance. Standard 48V30Ah lithium battery with BMS protection system. Spacious inner cabin and exquisite industrial housing design reserve abundant space for auxiliary payloads, widely used in reconnaissance, inspection, field exploration, laboratory research and educational robot development.

The T8 Heavy-duty Tracked Platform produced by Weide Suppliers is a high-performance mobile device that is specifically designed for heavy-load transportation and adaptation to harsh environments. It is tailored to address the challenges of transporting heavy goods in complex scenarios, balancing strong power with stable performance. It has become a core operational aid in industries such as manufacturing and engineering.

The WD-L150 Lifting type factory material handling AMR robot is an auto-lift autonomous mobile robot designed for workshop trolley and shelf automatic docking. Equipped with built-in 50mm automatic lifting mechanism and high-load chassis, it supports max 150kg load, matches customized size storage shelves. Adopts LiDAR + deep camera multi-sensor fusion navigation, ±5mm high positioning accuracy, minimum 70cm aisle passing width. 30Ah large battery supports over 10 hours continuous operation, auto return charging, 4G/WiFi remote scheduling, realize unmanned automatic picking & delivery of workshop material shelves without manual loading and unloading.

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.