"Educational Materials"

This cost-effective dynamics system is a versatile tool for studying linear motion and collisions.

Demonstrate the free-fall motion of objects in atmospheric pressure and vacuum conditions.

Construct a dancing automaton to explore cams and mechanical motion.

Demonstrate projectile motion using an adjustable-angle launcher.

Determine the mass of an object based on its oscillation.

Balanced flywheel for exploring inertia and rotational dynamics.

Rugged cable perfect for investigating pulley systems.

Construct and launch air-powered rockets to explore aerodynamics and propulsion.

Build a rubber-band powered dragster to explore stored energy and motion.

Grooved track launcher for studying energy and horizontal projectile motion.

Closely wound steel spring.

Spring set designed for physics experiments with looped ends.

This apparatus facilitates the calculation of gravitational acceleration through free-fall experiments.

An alternative to a ballistic pendulum designed to demonstrate the conservation of momentum.

Launch mini rockets using straws and air pressure for fun physics exploration.

Assemble a functional trebuchet to explore motion, force, and energy concepts.