Physics Educational Materials

Drilled balls are used for pendulum bobs or impact experiments, while our other balls are suitable for collision apparatus and density/volume experiments.

Ideal for studying collisions in two dimensions, these pucks can be supported on plastic beads or levitated with air from the balloons to reduce friction. Use on any smooth, flat surface. The pucks measure 10 cm in diameter, and one puck is twice the mass of the other two.

Vividly demonstrate Newton's concept of inertia.

This basic aluminum pad and is identical to the pad used in the Science Olympiad National competition, without the pneumatic launching option.

Convenient set of 8 for studying gamma spectroscopy.

Bring coding to the classroom!

The simple Atwood Pulley Machine features two pulleys connected to a sturdy rod.

The Bottle Rocket Launcher uses the power of compressed air and water for liftoff.

Quick and easy way to show emission with cloud chambers.

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

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

Consists of one support, 5 plumb lines, 1 roll of tape, and 5 figures (triangle, L, trapezoid, parallelogram, parallelopiped). This kit helps students in the individual research of the center of gravity of a flat body, the conservation of the result on paper, the possibility of a graphic verification, and the discovery of the geometric research method.

A complete photogate system for use with Visual Scientifics systems - or any lab experiment requiring photogates.

The CENCO Ballistic Pendulum is the industry standard for the investigation of momentum and energy.

An Arduino Mega2560 Rev3 development board based on ATmega2560 microcontroller.

Every classroom that wants to investigate spectroscopy needs a good-quality spectrum tube and power supply.