2WD Mini Round Double-Deck Smart Robot Chassis Car DIY Kit

2WD Mini Round Double-Deck Smart Robot Car Chassis DIY Kit. Dive into the world of robotics with this innovative robot chassis. Perfect for building versatile robotic projects, this bot chassis is an ideal starting point for both beginners and seasoned enthusiasts. With its smooth tank tread robot design, you can effortlessly transition into creating a robot car chassis that captures efficiency and style.

Key Features - 2WD Mini Round Double-Deck Smart Robot Car Chassis DIY Kit

• Easy to Assemble: Ideal for DIY enthusiasts and beginners.
• Flexible Design: Double-deck circular layout supports various attachments like sensors and control units.
• Durable Material: Made from high-quality acrylic and lightweight yet sturdy materials for enhanced durability.
• Cost-Effective: An affordable kit for beginners and educational purposes.
• High Compatibility: Works with most micro-controllers and DC motors, with separate DC motors providing flexibility in motion and control.

Applications

The 2WD Mini Round Double-Deck Smart Robot Chassis DIY Kit serves as an essential foundation for projects such as a DIY robot kit geared for educational settings. Create an innovative chassis robot car, or even explore the 4 wheel chassis transformation. This solution makes it suitable for hobbyists delving into smart robot cars, workshops, and educational courses on robotics.

Technical Specifications

How to Use - 2WD Mini Round Double-Deck Smart Robot Car Chassis DIY Kit

• Begin by assembling the robot chassis kit using the provided components.
• Connect the two decks using the provided screws and standoffs.
• Fix the wheels to the gear motors using the 'T' mode fixed motor bracket, then secure them to the base with M3 screws and nuts.
• Ensure your DC motors are securely mounted in their designated slots, then attach the wheels onto the motor shafts ensuring a tight fit.
• Wire the motors to your microcontroller board, referring to your specific board's pinout for accurate connections, and connect other necessary electronic components such as sensors and a battery pack onto the chassis.
• Program the microcontroller with desired algorithms, such as obstacle avoidance or line-following, using suitable programming environments.
• Test the robot on a clear surface, adjusting components as needed for optimal performance. Observe its movements and make necessary modifications.

Package Includes

1 x Round Acrylic Plate
1 x Acrylic Baseboard
2 x 65mm Wheel
2 x Universal Wheel
2 x Gear Motor
4 x “T” mode Fixed Motor Bracket
16 x M3X10mm Screw
8 x M3 Nut
4 x M3X12+6mm Copper Cylinder
4 x M3X30mm two-way Copper Colum

Additional Resources

Video Tutorials