"Vernier Software & Technology"

Our Electrode Support is a great complement to the Vernier Stir Station, as well as a perfect holder for many sensors. It is built to connect to all standard ring-stand posts; its large-handled locking nut keeps your sensors firmly in place.

Educational Materials, Alternative Energy, Application: Physics, KidWind basic turbine building parts

The gas pressure sensor has enough resolution and range to work for all subject areas. Used to moniter pressure changes of a gas in chemistry and biology experiments.

Easily measure blood pressure in the classroom.

Electronic electroscope to obtain quantitative measurements of charge.

Explore wind energy affordably and easily.

The Digital Control Unit (DCU) makes it easy to use the digital output lines of an interface to control DC electrical devices.

The Vernier Arduino Interface Shield plugs directly on top of the Arduino and adds two BTA (analog) and two BTD (digital) sockets. This shield was developed to be used with the SparkFun Arduino RedBoard but will work with the Arduino Uno and other Uno equivalents like the Leonardo. It also works with the Intel Galileo.

These dowels are used for designing and testing wind turbine blades and fit into the Wind Turbine Hub.

This cable connects Vernier digital sensors to the digital (DIG) port on a Vernier interface.

Discover advanced concepts of wind turbine technology!

Measure grip strength and pinch strength.

Build a complete turbine by making your own tower and base with PVC pipe (from a hardware store) or use the KidWind Tower and Base Set. You will also need a generator and a way to affix the turbine blades. We recommend using the KidWind Wind Turbine Generator with Wires and a KidWind Hub.

The Vernier Exercise Heart Rate Monitor is an excellent hands-free option for continuously monitoring heart rate before, during, and after exercise or while a person is stationary.

The Solar Thermal Exploration Kit is modeled after a domestic solar water-heating system. Explore variables such as box color, light intensity, tube design, rate of water pumping, and amount of time it takes to heat the water. Learn about what makes a solar water heating system more or less efficient.

Measure forces in friction, simple harmonic motion, impact in collisions, or centripetal force.