Vernier Software and Technology
Vernier Software & Technology

KidWind Challenge Products

KidWind Challenges are wind turbine design competitions for students. KidWind Project hosts the competition at events and online. The following standardized products make it simple to compete in a KidWind Challenge.

Individual

If you’re entering a KidWind Challenge, either in person or online, and only need one set of equipment, then the KidWind Basic Turbine Building Parts and Vernier Resistor Board are the things you need.

The Basic Turbine Building Parts kit includes the essentials you need to build a wind turbine, including a KidWind Hub, a generator, and dowels. You supply the blade materials, turbine shaft, and stand as well as the engineering design plan to build a wind turbine with the parts provided.

Use the Resistor Board to test turbine performance with a multimeter or the Vernier Energy Sensor. Great for STEM classes and NGSS integration.

What You Need

Product Unit Price Quantity
KidWind Basic Turbine Building Parts $14
Vernier Resistor Board $18
Multimeter (Where can I purchase a multimeter?)

Classroom Pack

If you have an entire class competing in a KidWind Challenge, then you need the KidWind Basic Turbine Building Parts (10 Pack) and some Vernier Resistor Boards.

This setup provides enough KidWind Hubs, generators, and dowels for 10 groups of students to design and build wind turbines.

The number of Resistor Boards you need depends on the number of test stations (fans) you have. You supply the blade materials, turbine shafts, and stands.

What You Need

Product Unit Price Quantity
KidWind Basic Turbine Building Parts (10 Pack) $135
Vernier Resistor Board $18
Multimeter (Where can I purchase a multimeter?)

About KidWind Challenges

KidWind Challenges are hands-on wind turbine design competitions for students. The challenges are event competitions or online competitions.

When students participate in the KidWind Challenge, they will:

  • Discover the promise and limitations of wind energy technology
  • Design a functional wind turbine based on their knowledge of wind energy
  • Create a wind turbine of their own and test its performance
  • Compete against peers for the most creative and functional turbine

KidWind Challenges

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