Rowen Aeno

In this step-by-step tutorial by Rowen Aeno, you'll see a hands-on demonstration of building a simple electronic device using DC motors, small fans, and an LED light. The project starts with all components laid out on cardboard. A hand then activates the mechanism, causing one motor to spin a fan blade while simultaneously powering an LED. As the fan spins faster, the LED changes color from red to green, showcasing a basic principle of motion-based electronics. This creative and educational build is perfect for hobbyists and students interested in learning about circuits and mechanics.

Watch Rowen Aeno demonstrate his homemade LED light generator. This hands-on tutorial shows how connecting motors, a switch, and a servo creates a functional power system. See the components in action as he explains the simple science behind generating electricity.

In this step-by-step tutorial, Rowen Aeno demonstrates how to assemble a basic electronic circuit using motors, a switch, and a small fan. The hands-on project shows how connecting components can create a working model, perfect for beginners interested in electronics and DIY crafts.

Watch a simple hand-cranked generator in action. This DIY project demonstrates how mechanical energy from a hand crank powers a small motor, which then generates electricity to light an LED and spin a fan. It's a perfect, hands-on science experiment for learning about energy conversion.

Watch Rowen Aeno demonstrate a simple electronic project using a DC motor, fan blades, and an LED strip. This hands-on tutorial shows how to connect the components with wires and a push-button switch to create a functional mini-fan that powers the light.

Watch a hand-operated science project come to life! This simple DIY motor uses a rotating yellow disc, razor blades, and a large magnet to demonstrate magnetic levitation and motion. See how the spinning disc interacts with the magnetic field, causing the attached fan to whirr. A perfect example of hands-on physics and creative engineering.

This short clip demonstrates a simple hand-cranked generator. A hand turns a white crank attached to a small DC motor. As the motor spins, it powers a yellow fan blade assembly via connected wires, causing the fan to rotate. The setup includes a red push-button switch and two small black components, likely sensors or connectors. The entire project is laid out on a plain surface, showcasing a basic principle of converting mechanical energy into electrical energy.