Garage Physics™

Explore gravitational potential energy as well as translational and rotational kinetic energy by sending a steel ball bearing careening through a ...

Explore torsion springs, forces, energy transformation, mechanical advantage, and projectile motion in this fully-functional ballista Launches a d...

The Eisco Garage Physics Catapult allows students of any age to explore the concepts of force, acceleration, parabolic trajectory, center of mass, ...

With this kit the user can build a center of mass demonstration that will surprise you, your student, and all of your friends Kit containers: Stor...

Launches objects 50% further than our original Garage Physics Catapult Kit Explore force, acceleration, Hooke's law, and parabolic trajectories by...

Learn engineering principles from one of the Great Masters Completed bridge spans 5 feet and can support 60 lbs. All parts included: five 16" dowe...

Explore basic mathematical operators and concepts using wooden blocks Kit is designed for all ages of children, from youngsters to high school Con...

Explore how the use of a simple machine (pulley) efficiently redirects gravitational potential energy to throw objects farther than a traditional ...

Explore projectile motion writ-large with a rubber-band slingshot Manufactured with high quality, precision-cut Birch veneer pure bond plywood Inc...

For all ages, activity guide covers from elementary school through middle school, high school up to Einsteins proof of the famous Pythangorean...

EXPLORE CENTER OF MASS || The Soda Center of Mass Kit is a fun way to explore physical concepts surrounding balance, stability, and center of mass...

Explore triangular relations by studying right triangles and by building the Spiral of Theodorus Kit is designed for all ages of children, from yo...

The Eisco Garage Physics line is aimed at students aged 7-13 interested in STEM concepts included physics and engineering. Each kit engages the you...

With this kit the user can experience significantly increasing torque by moving a mass set down a rod while trying to balance the main rod ...