2WD Two Wheel Drive DIY Kit – A Smart Robot Car with Chassis

The 2WD Two Wheel Drive DIY Smart Robot Car Kit is an entry-level robotics platform designed for beginners, hobbyists, and students to build their first autonomous or remote-controlled robotic vehicle. Featuring a sturdy acrylic chassis, two high-quality DC gear motors, and a universal caster wheel, this kit provides a stable and customizable base for developing smart robots powered by Arduino, ESP32, Raspberry Pi, and other microcontrollers.

With pre-drilled mounting slots for motor drivers, sensors, and control boards, this chassis is perfect for implementing projects such as line followers, obstacle-avoiding robots, and Bluetooth/Wi-Fi-controlled cars. The simple yet expandable design makes it ideal for both learning and prototyping applications.

Key Features:

• Chassis Material: Durable transparent acrylic sheet

• Drive System: 2 x High-Torque DC Gear Motors (with motor mounts)

• Wheels: 2 x Rubber Wheels with high grip

• Motor Operating Voltage: 3V – 6V DC

• Motor Speed: Approx. 150 RPM at 6V

• Caster Wheel: 360° Swivel Wheel for smooth balance and maneuverability

• Pre-Drilled Slots: Compatible with Arduino, ESP32, Raspberry Pi, L298N, L293D, Ultrasonic Sensors, IR Modules, etc.

• DIY Assembly Kit: Comes with all necessary mechanical parts, screws, and accessories for easy setup

• Breadboard & Battery Slot Ready: Ample space for power supplies and custom electronics

Applications:

• DIY Robotic Car Projects

• Autonomous Line Follower and Obstacle Avoidance Robots

• Bluetooth/Wi-Fi Remote Controlled Vehicles

• Educational STEM Robotics Kits

• IoT-Based Smart Vehicle Prototyping

• Embedded Systems & Automation Learning Projects

Package Includes:

• 1 x Acrylic Chassis Plate

• 2 x DC Gear Motors with Brackets

• 2 x Rubber Wheels

• 1 x Caster Wheel

• Nut, Bolt, and Screw Set for Assembly

• Jumper Wires for Motor Connections

Why Choose This 2WD Smart Car Chassis Kit?

• Simple yet robust platform for quick DIY robotics projects.

• Compatible with a wide range of controllers and sensors.

• Perfect for STEM education, beginners, and prototype development.

• Easy assembly with all mechanical components provided.

• Expandable for adding sensors, wireless modules, and custom features.