Arduino 4WD Robotic Car Chassis

Description

 

Introduction

To begin with, the Arduino 4WD Robotic Car Chassis is an ideal platform for building custom robotic vehicles. Designed with a double-layer transparent acrylic chassis, this kit provides a spacious and sturdy base for mounting components while allowing users to easily view and manage wiring and hardware. Whether you’re a hobbyist or a student working on a robotics project, this kit offers a reliable and easy-to-use starting point.

Key Features

• Easy-to-assemble mechanical structure
• Transparent chassis for clear visibility and aesthetic appeal
• Four-wheel drive system for better stability and control
• Equipped with speed encoders compatible with Arduino
• Includes tachometer encoders for measuring wheel speed
• High-torque DC gear motors for nimble movement and strong traction
• Large chassis design allows for expansion and component upgrades
• Durable materials ensure long-term use

Specifications of Arduino 4WD Robotic Chassis

• Motor type: 4 TT DC gear motors
• Motor speed: 125 RPM
• Gear ratio: 1:48
• Chassis material: Laser-cut transparent acrylic
• Drive system: 4WD (Four-wheel drive)
• Additional components:
  • 4 wheels
  • 4 battery holders
  • 1 rocker switch
  • 1 caster wheel
  • Screws and nuts set

Significance of Arduino 4WD Robotic Chassis

This 4WD robotic car chassis is widely used in robotics learning environments due to its durability, flexibility, and compatibility with Arduino and other microcontroller platforms. Moreover, its larger chassis allows students and hobbyists to easily integrate sensors, controllers, and other modules. As a result, the kit supports more complex and customizable designs. Additionally, as robotics continues to grow in educational settings, this kit offers an affordable and practical tool for learning motion control, sensor integration, and automation.

 

Conclusion of Arduino 4WD Robotic Chassis

In conclusion, it is a complete and user-friendly solution for building custom robot projects. With its robust design, quality components, and ease of assembly, it is perfect for both beginners and advanced users. Whether used for learning, experimenting, or prototyping, this kit delivers excellent performance and flexibility for a wide range of robotics applications.

 

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