From STEM kits to Arduino boards, sensors to motors — everything you need for your next robotics project, backed by expert courses.

Worm Gear Mechanism: The motor uses a white worm gear to drive a larger orange spur gear. This setup provides high torque and prevents the elevator car from sliding down when the motor stops. Electric Motor: A small DC motor powers the system, typically operated by a battery pack (not shown) with a simple forward/reverse switch to control the lift's direction. Laser-Cut Wood: The structure is made from eco-friendly, laser-cut plywood, making it easy to assemble without complex tools. Pulley System: A string connects the gear shaft to the elevator cabin, demonstrating how rotational motion is converted into linear vertical movement.
₹950
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This lightweight, hands-on model boat is built using foam and wood, powered by dual rear propellers connected to motors. A top-mounted battery holder and circuit board enable remote control functionality, making it an excellent educational project for exploring electronics, propulsion, and basic engineering principles.
₹800
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The Jumping Robot isn't just a toy; it is a child's first lesson in Kine cs. It answers the ques on: 'How do we make things walk without wheels?' By building this, students stop seeing ba eries as 'magic' and start understanding them as 'fuel' for their creations. These high-quality 3D wooden puzzles feature precise laser-cut components.
₹750
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