Build and experiment with a car that actually runs on water!

For Science and Technology Students Ages 12 and up, Model Builders, Hobbyists, Tinkers and Inventors, Engineers, Scientiests, and Curious Individuals.

• Experiment with one of the most promising energy sources of the 21st Century.
• Find out how environmentally friendly fuel cells work.
• Learn how this unique reversible fuel cell works to both perform electrolysis and serve as the energy source for your car.
• Separate water into hydrogen and oxygen to create energy.
• Store energy for future use.
• Conduct more than 30 experiments and demonstrations.

This new Fuel Cell Car and Experiment Kit provides a playful introduction to one of the most significant technologies of the 21st Century. With this kit you can build a model car that actually runs on water!

Pour in the water and watch it separate into hydrogen and oxygen, forming a gas to power your vehicle across the floor. Now that we have your attention, roll up your sleeves and find out more through experiments and demonstrations you can do on your own, in a classroom, or with friends.

Fuel cells are one of the most promising means of producing energy in the future. Some fuel cells, such as this one, do not consume fossil fuels and therefore are considered environmentally friendly. Automobile manufacturers are already experimenting successfully with this technology and it is widely believed that fuel cells will power automobiles and many electronic devices, including laptops and cellphones, in the near future.

With this unique kit, you can build your own experimental reversible fuel cell car to learn more about this energy source. With more than 30 experiments and demonstrations, provided either in the kit or online, users will learn how a reversible fuel cell works to perform electrolysis as well as to create energy. The electricity required to activate electrolysis is created with a large solar cell included with the kit. During electrolysis, water is separated into hydrogen and oxygen and the resulting energy is stored as a gas. When needed, the gas is fed into the fuel cell, which then serves as the power source.