Easy-maintainable wheeled platforms for industrial applications

WD-W1 S/M/L differential robot wheeled chassis includes 3 models: S low-speed light-duty, M medium high-speed, L heavy-load large platform. Adopts differential steering design, alloy steel & aluminum composite frame with yellow anti-rust coating, IP64 dustproof & waterproof. The series covers max payload from 25kg to 100kg, 30° max climbing angle, strong obstacle crossing performance. Pre-integrated 24V/48V brushless DC drive system, reserved large top mounting space, ideal industrial mobile chassis for inspection, transport, outdoor unmanned robot secondary development.

WD-W1mini small wheeled mobile chassis is a general-purpose highly integrated differential robot base without shock absorption. This compact wheeled platform integrates battery, BMS, power supply modules, 250W brushless servo motors, high-precision encoders, drivers and brake assemblies inside the power unit. With compact internal layout, it reserves ample mounting space for secondary development, widely applied for inspection, patrol and education mobile robots. It features aluminum alloy body, IP54 protection, 18kg max load and 20° climbing capacity, ideal lightweight mobile chassis for robot developers.

The China W6 Heavy-duty Wheeled Platform produced by Weide Factory features two core advantages: large load capacity and flexible maneuverability. It is designed for various high-standard operation scenarios and can easily handle the transfer of heavy materials and the mounting of equipment.

If you are looking for a reliable and professional manufacturer of W3 Medium-duty Wheeled Platform, you can choose the Weide factory. The product we have created is specifically designed for medium-load applications in various environments. It achieves a perfect balance in terms of speed, stability and load capacity.

The China W1 Light-Duty Wheeled Platform produced by Weide factory is a flexible mobility solution designed for indoor environments and smooth surface applications, ideal for light-load transport and robotic development.