"physics kits"

Kits for demonstrating thermal energy and heat transfer.

Designed with built-in length and angle scales, this inclined plane has a durable rigid metal construction.

Present concepts of magnetic forces and elasticity to your students with this inquiry-based activity.

Learn how to determine density and displacement.

Demonstrate the principles of wind energy, hydrogen fuel cells, electrolysis and basic electronics.

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

A great way to introduce STEM into the classroom with a take-home activity.

Improve student test scores and involve parents in the process fun, exciting, interactive, and inclusive, these sets of content-based games help students master curriculum outlined in the current NSES Standards for grades 1 to 8.

The concept of electric fields can be difficult to visualize, but the Dry Field Mapping Kit makes it easy.

The perfect K'NEX solution for your Maker Space!

The Optical Voice Link Kit is the ideal introduction for those students first learning about the marvels, mysteries and science of light transmission through optical fiber.
Students will be fascinated by hearing their own voices, after it has been converted into light and then coupled into, through and out of an optical fiber. This kit is suitable for science projects, home projects, short audio fiber optic curriculums for schools, and inexpensive classroom demonstrations.
No prior fiber optics experience, special tools or training are needed for students to be able to build, use and enjoy the multiple applications of this kit.

A simpler version of the Advanced Pulley Demonstration Set, this model includes eight single pulleys and two double sheave pulleys in addition to EISCO ball bearing frictionless pulley.

Economical set for teaching the basics of circuits

3' Fiber optic element, easily demonstrates the bending of light through the fiber optic wire. An inexpensive way to introduce students to fiber optics specifically the use of fiber optics for visual applications.

The Lenz's Law Kit investigates how much force an induced magnetic field can create.

The oscillatory platform can carry various masses and is free to oscillate in a horizontal plane under the restoring forces of two straight-blade spring supports.