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DIY KT BOARD OBSTACLE AVOIDANCE ROBOT
DIY KT Board obstacle avoidance robot STEM project for learning sensors, automation, and basic robotics.
The DIY KT Board Obstacle Avoidance Robot is a hands-on STEM project designed for students, hobbyists, and robotics beginners to learn the fundamentals of autonomous robotics and sensor-based control. Built using lightweight KT board materials, this robot uses sensors to detect and avoid obstacles automatically, demonstrating real-world robotic behavior.
Through assembly and operation, learners gain practical knowledge of sensors, motor control, decision logic, and basic electronics. Ideal for STEM education, school science exhibitions, robotics workshops, and DIY learning, this project encourages problem-solving, logical thinking, and interest in intelligent systems.

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- Rated maximum output: ± 4.5A, 40V, Peak 5A, low output impedance, source 0.5?,
- the receiving end of 0.4?, low voltage shutdown, thermal parking and circulation.
- circuit protection. After I design, you can set the current output of 0.5A 1A 1.8A 2.5A.
- 3.3A 4A 4.5A to accommodate more and different motor Current.
- The drive is suitable software mach2, mach3, (mach3 have support WIN7 system), KCAM4 like.

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