Forces of Nature: Physics Experiments for Kids
We turn dry physics theories into messy, loud, and exciting adventures. Watch your child discover the power of magnets, friction, and air pressure through experiments they actually build themselves.
This is one of our favorite ways to demonstrate static electricity. Using a charged generator, we can make a child's hair stand on end, showing how positive charges repel each other in a safe and hilarious way.
A balloon and a bit of static charge are all you need for this fun physics trick. We show kids how rubbing a balloon on their hair can create enough static electricity to attract and lift their hair.
This student is learning about Pascal's law by using a hydraulic press. He's discovering how a small amount of force applied to the syringe can be multiplied to easily crush a ball.
Why do some things float and others sink? This young scientist is demonstrating the concept of density by showing how a lemon sinks in plain water but floats in salt water.
Which car will be the fastest? These boys are learning about friction by racing cars down ramps with different surfaces, from smooth plastic to bumpy bubble wrap, and predicting the outcome.
Have you ever seen a windsock at an airport? After learning the theory in class, this student built his own and is testing it out, learning how we measure wind direction and speed.
This 4-year-old is explaining how the barometer he made works. He understands that changes in air pressure, caused by weather, will make the straw indicator move up for sunny and down for rainy.
About this collection
Physics is rarely just about formulas here. When kids build a hydraulic press to crush a ball or test friction by racing cars on different surfaces, they understand the 'why' behind the motion. It is messy, it is loud, and they get to take their creations home.
We do not teach from textbooks. In our Juhu and Mulund studios, your child becomes a junior scientist. We explore concepts like air pressure with DIY barometers, magnetic fields by building suspended bridges, and light reflection through homemade kaleidoscopes. Each session is 60 minutes of active experimentation.
We keep our groups small, with 6 to 10 children per cohort, so every kid gets enough time to use the equipment and ask questions. It is not just about the experiment working perfectly on the first try. If a magnet setup fails or a friction car does not go the distance, that is where the real learning happens—troubleshooting, adjusting, and testing again. It is all about building confidence and a real-world understanding of the forces that shape our world.
Sandbox
We are Sandbox, a team that loves seeing kids get their hands messy. We believe science is best learned by doing, not reading. Whether it is a weekly class or a one-off workshop, we want to help your child find that 'aha!' moment.
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