"activities&amp"

The Large Wave form helix easily demonstrates wave phenomena.

This project kit makes coding and engineering design accessible to students in the classroom.

Visualize acceleration and centripetal force with this unique device.

This ripple tank is transparent, acrylic plastic and supported in a sturdy plastic frame.

Take your first steps in physical computing with the Kitronik Discovery Kit for micro:bit.

Create your own computer controller dual axis solar tracker in under and hour, using only a screw driver.

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Re-imagine wires and what the purpose of sewing can be with this fantastic DIY kit.

The programmable robotic vehicle that drives conceptual curiosity in math, science and coding.

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.

The ripple tank is the most effective way for students to study waves.

Operates 1/2 to 3 volts, 100ma start-up / runs at 15ma no load.  Strong torque - 300 RPM @ 1/2 volt. Great for gear drives.  2mm shaft dia. Size 1 1/4" dia x 1 1/4" long. 

Create living paintings with colorful bacteria.

Build and program a versatile robot powered by the popular micro:bit system.

Rubber stamp the real weather on a given day or what the students would like the weather to be. With this set of 12 different high quality stamps, learn about the changing weather patterns.

With this collection of science kits, you and your students can explore the concepts behind and the many applications of solar hydrogen, direct methanol, and other fuel cell technologies.

This wooden machine has a sturdy wooden construction ideal for classroom use.