Industrial Series
DC Motor and Wheels DIY Kit
Price
₹225
Skill Level
Basic - Intermediate
Build your own robotic projects with this complete DC Motor and Wheels kit. Perfect for creating mobile robots, vehicles, and motion-based projects. Includes everything needed to assemble and control motorized movement.
Key Features
- Complete Motor Control System
- 4x High-Speed Wheels Included
- Sturdy Plastic Chassis
- Easy Assembly & Modifications
- Multi-Project Ready
What's Included
- 4x BO Motors (3-6V DC)
- 4x Plastic Wheels (Compatible for BO Motors)
Specifications
| Motor Type | BO Motor (Brushed DC) |
| Operating Voltage | 3-6V DC |
| Motor Speed | 100-200 RPM (6V) |
| Wheel Diameter | Varies (Compatible sizes) |
| Number of Motors | 4 Motors |
| Number of Wheels | 4 Wheels |
Example Projects
Obstacle Avoiding Robot
Build an autonomous robot that detects and avoids obstacles using sensors.
Line Following Robot
Create a robot that automatically follows a black line on the ground using IR sensors.
Maze Navigator
Program your robot to intelligently navigate through maze patterns.
Speed Racer
Control and optimize your robot for speed competitions and racing events.
Assembly Instructions
Motor Handling:
- Unpack motors and wheels carefully
- Inspect motor terminals for any damage
- Check wheel compatibility with motor shafts
- Slide wheels onto motor shafts securely
- Ensure wheels spin freely without friction
- Test motors with 3V and 6V power
- Record motor performance (speed, torque)
- Store motors in dry, safe location
Troubleshooting Tips:
- Motor won't spin: Check battery polarity and connections
- Weak rotation: Increase voltage or check battery charge
- Wheel stuck: Remove and clean wheel axle area
- Uneven wheel speed: Verify both motors have identical specifications
- Noisy motor: Check for foreign objects or debris inside
- Wheel slipping: Ensure wheels are firmly seated on shaft
- Motor overheating: Limit continuous running time at 6V
Perfect For
- Robotics competitions
- STEM education
- Science fairs
- DIY robotics
- School projects
Learning Outcomes
- ✓ Motor control concepts
- ✓ Mechanical assembly
- ✓ Robotics principles
- ✓ Problem-solving
- ✓ Engineering design