In this video I show you how to make a geostationary satellite working model where the satellite looks fixed over one point on Earth. I explain the main idea in a simple school-science way: a geostationary satellite moves from west to east, completes one full orbit in 24 hours, and because its speed matches Earth’s rotation, it appears stationary to us from the ground. I also highlight the important fact that this orbit is above the equator at about 35,786 km (in real life), so the concept becomes very clear for science exhibition. For the model, I use easy materials like a plastic ball/thermocol ball for Earth, cardboard base, GI wire and straw for support, and I add an AC swing motor to make it a proper working project. The big takeaway is understanding “why TV dishes don’t need to move” when a satellite is placed in geostationary orbit—because it stays above the same region (example: above India). This project is perfect for science fair, satellite communication topic, and Earth rotation demonstration.