"Educational Materials"

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

Engage the youngest learners in intro computer science with this cross-curriculuar robotics system.

An introduction to stoichiometry through the formation of solid silver on a copper wire.

The easiest small DC motor for your maker projects.

Demonstrate the concepts of Indicators and Acids and Bases!

Use Standardization Techniques to Determine Molarity

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.

A must for your lab

Practice with real IV bags.

Understand acid base indicators and complex ions.

These large alloy tuning forks are designed to demonstrate resonance, beat frequency, and sympathetic vibration.

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

This bell jar demonstrates that sound waves can't travel and therefore can't be heard without air or matter.

Prepare for upcoming competitions with this practice kit, the only kits officially licensed and approved by Science Olympiad™!

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

Demonstrate Principles of the First Commercially Produced Steam Engine.