Physics Educational Materials

Explore horizontal wind energy with a DIY hands-on turbine model.

Build a miniature power generation system that converts wind into electrical energy.

Hydrocar introduces students to the hybrid technology that is fueling today’s automotive revolution!

Explore vertical wind energy with a DIY hands-on tubine model.

Organize a DIY race, fueled by hydrogen generated electricity!

All you need to add is a wind source, basic tools, and imagination!

Race locally, Compete globally in the largest Hydrogen competition in the world.

Explore vertical wind energy with a DIY hands-on tubine model.

For physics experiments and demonstrations such as kinetic, density and volume measurements, pendulum bob, potential energy and conservation experiments, ballistics etc. Solid ball, 1-1/2" (40mm) diameter. Made of Steel. Sold as a pair. Comes with a Teacher's Guide.

Most comprehensive classroom solution. Countless experiments, so many scientific principles at work and plenty of space for creativity.

The GENPack allows students to construct their own electrical generator and perform experiments with electricity and magnetism. Changing variables in the generator design will impact current and voltage output. The GENPack is perfect for physics and electrical students exploring Faraday’s law, induction, AC/DC electricity production, and energy transformations. We recommend this kit for advanced middle school students and older.

Chipboard is a stiff, easy to cut, lightweight, low cost, and recyclable material used to make simple wind turbine blades.

Make photographic prints using the sun.

Explore horizontal wind energy with a DIY hands-on turbine model, now including AC and DC power generation.

This kit enables a number of advanced experiments, especially with GENPack generator module. Try different gear ratios, blade designs, generators, and more, in a creative, hands-on inquiry into wind energy science. This nacelle also converts for conducting weightlifting experiments, making it a great option for studying mechanical and electrical energy.

The Motion Detector Clamp screws into the back of the Motion Detector, and then can be clamped to a variety of objects such as table tops, ring stands, etc.