Hiwonder Ackerman Intelligent Car/Metal Chassis/Dual Encoder Motor/Front Wheel Servo Steering/ROS Robot

The Hiwonder Ackerman Intelligent Car Chassis is an educational, unmanned metal chassis designed to replicate the steering systems used in modern electric and autonomous vehicles. It is an ideal platform for South African students, educators, and robotics researchers looking to explore autonomous driving and ROS integration. Equipped with dual encoder motors and a high-torque steering servo, this chassis offers a robust foundation for advanced robotics projects.

Educational autonomous driving platform

This unmanned metal chassis is developed specifically for educational environments to help users learn the mechanics of Ackermann steering. It features a forward steering structure combined with an electronic differential on the rear wheels to mimic real-world vehicle dynamics.

Authentic Ackermann steering geometry

Designed to match standard modern vehicle configurations, this chassis ensures the rear wheels remain parallel during motion. When cornering, the inner front wheel achieves a greater turning angle than the outer wheel, providing a realistic platform for autonomous driving research.

High-torque digital servo steering

The steering mechanism utilizes high-precision components and bearings to deliver excellent accuracy and load-bearing capacity. A 17kg large-torque digital servo provides the powerful steering control required for complex navigation tasks.

Precision DC encoder motors

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

Anodised aluminium alloy chassis

Built for durability, the chassis features an all-metal anodised aluminium alloy structure that is both robust and visually refined. Solid rubber tyres provide high friction to prevent slipping on various surfaces.

Clear control connection layout

The chassis design allows for straightforward integration with your control electronics and microcontrollers. A clear connection diagram helps simplify the wiring process for sensors, controllers, and power distribution.

Raised-layer metal plate expansion

The physical layout includes a raised-layer metal plate with pre-drilled mounting holes for expanding your hardware stack. This structure makes it easy to mount single-board computers, LiDAR sensors, and cameras for ROS applications.