Provides Four Different Combinations of Chassis and Wheels

Features shock-absorbing structure, metal body and external rails,
provides better expansion potential

Adopts lightweight shock-absorbing structure while ensuring good strength and reliability, improves the accuracy of IMU data and solves the problem that it was hard for rigid chassis to land on all four wheels at the same time

Compatible with Raspberry Pi 4B, Raspberry Pi Zero, Jetson Nano
Lidar, battery box, bus servo and other modules

Four-wheel drive provides stronger power and stability, and normal wheels can also be replaced with Mechanum wheels for more flexible maneuverability

1020 aluminum rails on both sides of the body for expanding other peripheral modules

All-metal multi-layer structure, stable and durable, Supports installation of more modules

Lightweight multifunctional mounting plate for flexible installation of more modules

Low-Complexity Chassis with Flexible Assembly and Expansion Methods

WIth the mounting holes to fit most sizes, compatible with a variety of hardware to meet different application scenarios and needs

the mounting plate Adopts special structure to enhance strength and reduce weight

Allows users to assemble and debug more easily, with less technical experience requirement

The design of this series is easy to maintain and upgrade
Eliminates the situation to replace the entire unit due to damage or obsolescence

Open source for robot models and positioning holes drawings, users can develop and formulate secondary development according to their needs and interests, enhancing playability and expandability

Compatible with Waveshare General Driver for Robots, can directly control a variety of peripheral modules