- Yahboom Aluminum Alloy ROS Robot Car Chassis - Pendulum Suspension Mecanum Wheel - Medium (EN Manual)
- Pendulous Suspension Chassis
- Compatible with numerous ROS Accessories
The Yahboom Aluminum Alloy ROS Robot Car Chassis - Pendulum Suspension Mecanum Wheel - Medium (EN Manual) features a pendulum suspension chassis, which allows all four wheels to maintain contact with the ground on any terrain. This design effectively prevents wheel slip and enables the car to adapt to different types of terrain.
The chassis kit is extremely expandable, providing enough and well-placed holes for DIY makers to carry out future expansions. It is easy to install various robot accessories, such as development boards, radars, cameras, gimbals, and sensor modules. This chassis kit is widely used in school teaching projects, technology competitions, and by DIY enthusiasts.
The robot chassis platform is made of high-strength aluminum alloy metal oxidation spray paint material, ensuring its sturdiness and durability. It is equipped with 520 encoder speed measuring motors, which provide high-precision coding. Each chassis kit has a different motor ratio, making it easier to control the speed of the car and use the speed difference to control the driving direction of the robot.
Yahboom provides detailed size parameters for the metal smart robot car chassis kits. This includes information on hole sizes, installation videos, corresponding 3D model files, actual cases of expanding ROS robots, and primary open source APP codes. This comprehensive information is very suitable for school students who are interested in robot learning, STEAM education, teaching, and competitions.
The Yahboom chassis kit is a great tool for learning robotics, embedded systems, Python programming, and ROS systems. It can be used to learn various coding languages, from STEM32, Arduino, Jetson Nano, to Raspberry Pi. It also teaches robot component combination installation coding and how to create your own robot. The Yahboom chassis kit provides a solid framework to start operating and learning.
