Hiwonder Track Chassis/ Suspension Shock Absorption Full-Metal Tank Robot Encoder Motor/ Smart Car Chassis

The Hiwonder Suspended Shock Absorbing Tracked Chassis is a rugged, full-metal tank platform designed for all-terrain smart car DIY projects. It is ideal for students, educators, and makers building advanced mobile robotics systems. With its robust suspension and ample expansion options, this chassis provides a reliable foundation for custom development.

All-terrain tracked platform

This suspended, shock-absorbing tracked chassis is engineered for all-terrain smart car DIY projects. The full-metal construction features ample expansion holes to easily integrate depth cameras, controllers, sensors, and other essential components.

Carbon steel tension suspension

An 8-channel high-elasticity carbon steel tension spring is paired with high-durability micro bearings. This combination enhances the chassis's shock absorption capabilities, allowing for agile manoeuvrability over rough ground.

High-precision DC encoder motors

The chassis is driven by high-performance 12V DC geared motors equipped with high-precision encoders. These motors deliver robust force, high precision, and excellent resistance to interference.

Anodised aluminium alloy body

Crafted from aluminium alloy with an anodised surface treatment, the main body offers durability and a clean finish. The top layer can be easily removed to facilitate quick modifications and DIY development.

Dual-layer expansion structure

The dual-layer design features a dedicated bottom compartment for your battery, alongside numerous M3 and M4 mounting holes. This allows you to easily attach microcontrollers, a Raspberry Pi, Jetson Nano, depth cameras, or sensors.

High-friction plastic tracks

The tracks are constructed from high-quality plastic particles with dense, bulged treads. This design significantly increases friction, enabling smooth navigation across complex terrains.

Control connection layout

The clear layout and design support straightforward wiring and integration with various control systems. This facilitates user-friendly development for both educators and advanced makers.