Educational Robot Chassis

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.

WD-T900S tracked ROS robot chassis features an aluminum alloy body equipped with geared motors with encoders. It supports multiple control methods and comes with a complete set of open-source materials, suitable for scientific research, teaching, intelligent inspection and DIY development.

WD-T800S dual-mode four-wheel-drive chassis can switch between two forms: tracked tank and Mecanum wheel. It features an aluminum alloy body with a maximum load capacity of 15kg, equipped with 12V encoder reduction motors, and supports remote control and serial port control. An optional STM32 development mainboard is available, making it suitable for scientific research, teaching, outdoor inspection and ROS secondary development.

WD-TS100 all-metal shock-absorbing crawler tank chassis, made of aluminum alloy with metal tracks, equipped with 12V brushed DC reduction motor with encoder, 7kg rated load, independent shock absorption structure, dual control of remote control and serial port, suitable for outdoor inspection, scientific research DIY, teaching experiment and robot reconstruction.

WD-T10P mini tracked chassis equipped with independent suspension structure, supports UNO R3 open-source development. Bluetooth & PS2 dual control mode, lightweight aluminum alloy body, perfect for student DIY projects, laboratory robotics teaching and small robot prototype development.

WD-TS200 metal tracked chassis equipped with independent suspension shock absorption system. High-strength metal structure, excellent off-road obstacle-crossing capability, reserved expansion holes for sensors and controllers. Suitable for robot research, competition and DIY tank model production.