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This DIY robotics kit has a two-wheel transparent chassis with BO motors and is designed for educational robotics projects with encoder functionality. The transparent chassis makes it easy to see and mount components.
The chassis measures 21 x 15 cm and has 6.5 cm diameter wheels, 2.7 cm wide. It carries a speed encoder and tachometer capability, which supports distance measurement and velocity tracking.
The package contains one car chassis, two BO gear motors, two car tires, one universal wheel, two speed encoders, two fasteners, one battery box, and screws and nuts. The battery box holds four AA cells, which are not included.
You will need a controller, a motor driver and sensors of your own. The kit is compatible with obstacle avoidance and wireless remote control systems, and works well for a tracing (line following) car. Use the encoders to make the robot drive a set distance or to keep both wheels at the same speed, which is a very good introduction to feedback control.
Beginners and students who want a low-cost robot base and are ready to add an Arduino or another controller.
Fit the motors and wheels first and check that both spin freely. Mount the encoders and the coded disks so that the disk passes through the sensor slot without touching. Keep the wires tidy and away from the wheels, and place heavy items, such as the battery box, low and near the centre so the car does not tip.
21 x 15 cm.
Two BO gear motors.
Yes, two speed encoders.
No, the battery box takes four AA cells that you supply.
Line following, obstacle avoidance and remote-controlled cars.
| Brand | Generic |
|---|---|
| Selling unit | PCS |
