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DIY KT BOARD NEWTON’S CRADLE
DIY KT Board Newton’s Cradle STEM project for learning conservation of energy and momentum through hands-on physics.
The DIY KT Board Newton’s Cradle is a hands-on STEM education project designed for students and science enthusiasts to explore fundamental concepts of physics and mechanics. Built using lightweight KT board materials, this model demonstrates the principles of conservation of momentum and conservation of energy in a clear and engaging way.
By assembling and operating the cradle, learners can visually observe how energy transfers between swinging balls with minimal loss. Ideal for STEM education, school physics experiments, science exhibitions, and DIY learning activities, this project encourages conceptual understanding through interactive demonstration.

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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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