Description
The 4-Wheel Steering Robot Car Chassis is a high-speed robotic vehicle platform designed for robotics development, autonomous navigation, and educational projects. Unlike standard skid-steering robot kits, this chassis uses a front steering mechanism similar to real automobiles, providing smoother and more accurate turning performance.
The platform features rear-wheel drive with a servo-controlled front steering system connected through dual steering rods for precise directional control. The drivetrain includes metal geared motors, metal transmission components, and ball bearings to improve durability, torque transfer, and steering stability during operation.
Key Features
- Realistic front-wheel steering mechanism for smooth vehicle-like turning
- Rear-wheel drive system for high-speed robotic applications
- Metal geared motors for improved torque and durability
- Ball bearing-supported drivetrain for reduced friction and smoother rotation
- Dual steering rod linkage system for accurate steering response
- Compatible with Arduino, Raspberry Pi, and other microcontroller platforms
- Spacious chassis layout for batteries, sensors, cameras, and development boards
- High-grip rubber tires suitable for indoor and smooth outdoor surfaces
- Strong mixed acrylic and metal construction
- Suitable for robotics research, autonomous navigation, and educational projects
Technical Specifications
Parameter | Specification |
|---|---|
Chassis Type | 4-Wheel Steering Robot Car Chassis |
Steering System | Front-wheel steering servo mechanism |
Drive System | Rear-wheel drive |
Motor Type | DC metal geared motors |
Steering Control | Standard servo compatible (e.g. MG995/MG996R) |
Bearing Type | Metal ball bearings |
Chassis Material | Acrylic and metal composite |
Tire Type | Rubber high-grip tires |
Recommended Voltage | 6V – 12V DC |
Recommended Battery | 7.4V Li-Ion or 11.1V LiPo |
Estimated Payload Capacity | Approximately 2–3 kg (depending on motor configuration) |
Controller Compatibility | Arduino UNO, Raspberry Pi, and similar boards |
Motor Driver Requirement | External motor driver required |
Servo Power Recommendation | External regulated 5V supply recommended |
Applications
- Autonomous robot car projects
- AI and computer vision navigation systems
- Line-following robot development
- Robotics competitions and robot racing
- SLAM and ROS-based navigation research
- FPV and inspection vehicle platforms
- Educational robotics and STEM projects
- Smart parking and obstacle avoidance systems
- Agricultural and mobile robotics prototyping