Product Overview
The 4WD N20 Motor Acrylic Robot Chassis Kit is a compact and versatile robotic platform designed for building small autonomous and remote-controlled robots. The chassis features a strong acrylic structure and is designed to accommodate 4 N20 micro metal gear motors, providing four-wheel drive for improved traction, stability, and pushing power.
Its compact size and lightweight construction make it an excellent choice for Mini Sumo Robots, Line Following Robots, Obstacle Avoiding Robots, Bluetooth-Controlled Robots, and other DIY robotics projects. The chassis provides sufficient space for installing a microcontroller, motor driver, battery, sensors, and other electronic modules.
Please note that the exact accessories and components included may vary depending on the selected kit or package.
Key Features
- Compact and lightweight acrylic robot chassis
- Designed for 4WD operation
- Supports 4 × N20 micro gear motors
- Four-wheel-drive configuration for improved traction
- Suitable for Mini Sumo Robot projects
- Strong and easy-to-assemble acrylic structure
- Provides mounting space for controllers, motor drivers, batteries, and sensors
- Ideal for Arduino, ESP32, Raspberry Pi, and other microcontroller-based projects
- Easy to customize and modify
- Suitable for students, hobbyists, STEM education, and robotics projects
Technical Specifications
- Chassis Type: 4WD Robotic Car Chassis
- Motor Compatibility: N20 Micro Metal Gear Motors
- Number of Motors: 4
- Drive System: Four-Wheel Drive
- Chassis Material: Acrylic
- Wheel Configuration: 4 Wheels
- Motor Mounting: Designed for N20 motors
- Controller Compatibility: Arduino, ESP32, Raspberry Pi, and other microcontrollers
- Applications: Sumo Robots, Mini Robots, Line Following, Obstacle Avoiding, and DIY Robotics
Working Principle
The chassis uses four N20 geared motors to provide movement and driving force. The motors can be controlled using a suitable motor driver connected to a microcontroller such as an Arduino or ESP32.
The two motors on the left side and the two motors on the right side can be controlled independently. This allows the robot to perform movements such as:
- Forward
- Backward
- Left Turn
- Right Turn
- Rotation or Spin
- Differential Steering
By adding sensors and programming the microcontroller, the robot can be converted into an autonomous system capable of detecting objects, following lines, avoiding obstacles, or competing in robotic competitions.
Applications
The 4WD N20 Motor Acrylic Robot Chassis is suitable for:
- Mini Sumo Robot
- Autonomous Robot Projects
- Line Following Robots
- Obstacle Avoiding Robots
- Bluetooth-Controlled Robots
- Wi-Fi Controlled Robots
- Arduino Robotics Projects
- ESP32 Robotics Projects
- STEM and Educational Projects
- DIY Robotic Vehicles
- Robotics Competition Projects
Advantages
- Four-wheel drive provides improved traction and pushing power
- Compact design is suitable for small robotic projects
- Lightweight acrylic construction
- Easy to assemble and customize
- Compatible with commonly available N20 motors
- Provides flexibility for adding different sensors and controllers
- Excellent platform for Mini Sumo Robot development
- Suitable for beginners, students, and robotics enthusiasts
Usage Tips
- Use a suitable motor driver capable of handling the current requirements of all four N20 motors.
- Ensure that the battery voltage matches the voltage rating of the installed N20 motors.
- For high-performance applications such as sumo robots, use a battery capable of supplying sufficient current.
- Keep the robot’s center of gravity low for improved stability.
- Secure all motors and wheels properly before operation.
- Use separate or properly regulated power supplies for the motors and microcontroller where required.
- Add appropriate sensors depending on the intended robot application.
Package Includes
Depending on the selected package, the kit is assembled and includes:
- 1 × Acrylic Robot Chassis Set
- 4 × 200RPM N20 Gear Motors
- 4 × Robot Wheels
- Motor Mounting Brackets
- Screws and Assembly Hardware
Note: The exact contents may vary depending on the available version or package.
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