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Home > Science Toys > Solar Science Toys
Powered by the sun. These toys run on active (solar cells) or passive solar power (no solar cell). Great demonstrations of the power of our nearest star.
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Solar Hoot Owl
Solar Hoot Owl
Our Price: $9.99

Place this friendly little owl in sunlight (or even under some bright indoor light) and watch its head turn back and forth! Needs no batteries, just some light. Great fun for a desk or window!

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Solar Science
Solar Science
Our Price: $14.00

Build miniature working models of a solar oven and a solar water heater. Explore the science of solar thermal energy - a green and renewable source of energy.
Radiometer
Radiometer
Our Price: $14.99

  • Watch Light Energy Become Mechanical & Heat Energy

Just put your radiometer in the sun, by a lamp or by many other light sources and watch it spin faster and faster - how fast depends on the intensity of the light. Includes activities and experiments sheet.
3-in-1 Mini Solar Robot
3-in-1 Mini Solar Robot
Our Price: $19.95

This is a solar-powered, compact yet multifunctional robot! Experience the three-way operation: rope-climbing and walking as a robot, also running as a racer. Awesome!

Kit requires small screwdriver (not included)

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Build a Solar Powered Rainbow Maker
Build a Solar Powered Rainbow Maker
Our Price: $19.99

Fill your room with rainbows every time the sun shines! Includes a solar panel, electric motor, and all the other necessary parts to build your own Rainbow Reflector kit.

Color manual included.
Mendocino Solar Spinning Motor
Mendocino Solar Spinning Motor
Our Price: $49.99

A Mendocino Motor is a floating, solar powered motor that hovers by use of magnets. It receives power from the solar panels (4 in all) that are on each face of the rotor. The rotor floats on a base which also has magnets that repulse the magnets built into the ends of the rotor that allow it to 'float' much like the manually powered Magnetic Spinner. A large, powerful magnet is set in the center of the base.

When light strikes one of the panels it creates electrical current, which in turn creates a magnetic field. This field interacts with the magnetic field of the base's central magnet and causes the rotor to spin. The process repeats with each panel and the rotor can build up quite a level of speed.

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