Explore wind energy affordably and easily. This kit, one of our most popular, allows young scientists to test a variety of blade designs, generate electricity (0.5 –3 V range), and lift weights. The Basic Wind Experiment Kit has all the materials you need to get started understanding wind power. Great for classrooms, as well as individual science fair projects.
Explore wind energy affordably and easily. This kit, one of our most popular, allows young scientists to test a variety of blade designs, generate electricity (0.5 –3 V range), and lift weights. The Basic Wind Experiment Kit has all the materials you need to get started understanding wind power. Great for classrooms, as well as individual science fair projects.
Classroom Pack
The classroom pack includes materials for eight groups of 2 to 4 students each. Each group independently assembles hubs and blade sets. To evaluate designs, students use one of three teacher-built “test stations” that include a tower, base, and generator.
The KidWind® Challenge
KidWind Challenges (2:05)
Specifications
Height: 24 in
Maximum blade diameter: 36 in (27 in with provided materials)
Maximum number of blades: 12
Expected power output: 0–1 watts
Table or floor space needed: 18 in diameter circle
View the KidWind Basic Wind Experiment Kit user manual
Experiments
Middle School (10 experiments)
Experiment
Lab Book
Wind Power
Earth Science with Vernier
Energy Transformation
Wind Energy Explorations
Measuring the Transformation of Energy
Wind Energy Explorations
Exploring Wind Turbines
Wind Energy Explorations
Wind Turbines: Effect of Load
Wind Energy Explorations
Blade Variable: Pitch
Wind Energy Explorations
Blade Variable: Quantity
Wind Energy Explorations
Blade Variable: Area
Wind Energy Explorations
Blade Variable: Shape
Wind Energy Explorations
Engineering Project: Max Power
Wind Energy Explorations
High School (2 experiments)
Experiment
Lab Book
Wind Power
Agricultural Science with Vernier
Wind Power
Earth Science with Vernier
College (1 experiments)
Experiment
Lab Book
Wind Power
Agricultural Science with Vernier
What's Included
Basic Wind Experiment Kit
Wind Turbine Generator with Wires (1)
Nacelle Body Half (2)
Motor Mount Pack (1)
8″ Hex Shaft with Hub Quick Connect (1)
Wind Turbine Hub (1)
Power Output Board (1)
Tower Base Leg (3)
Tower Base Locking Ring (1)
Tower Base Hub (1)
Plastic Weightlifter Bucket (1)
Blade Pitch Protractor (1)
Hex Lock (3)
Spool (1)
Gear Set (8-, 16-, 32-, and 64-tooth gears) (1)
20″ Tower (1)
1/2″ Washer (25)
Dowels* (25)
Power Output Pack* (1)
3″ x 12″ x 3/32″ Balsa Wood Sheet* (5)
3″ x 12″ Chipboard Blade Sheet* (10)
4′ String* (4)
Classroom Pack
Wind Turbine Generator with Wires (3)
Nacelle Body Half (6)
Motor Mount Pack (3)
8″ Hex Shaft with Hub Quick Connect (3)
Wind Turbine Hub (8)
Power Output Board (1)
Tower Base Leg (9)
Tower Base Locking Ring (3)
Tower Base Hub (3)
Plastic Weightlifter Bucket (3)
Blade Pitch Protractor (3)
Hex Lock (9)
Spool (3)
Gear Set (8-, 16-, 32-, and 64-tooth gears) (3)
20″ Tower (3)
1/2″ Washer (75)
Dowels* (150)
Power Output Pack* (3)
3″ x 12″ x 3/32″ Balsa Wood Sheet* (25)
3″ x 12″ Chipboard Blade Sheet* (50)
4′ String* (4)
8 1/2″ x 11″ Chipboard Sheet* (25)
* This part is a consumable and is excluded from the warranty.
Note: The Basic Wind Experiment Kit and Classroom Pack does not include experiment instructions, basic tools (glue, scissors, screwdriver, etc.) or a multimeter. You can measure current and voltage from the turbines using a Go Direct® Energy Sensor, and an optional Vernier Variable Load or Vernier Resistor Board.
Activities & Concepts
Activities
Design and compare turbine blades
Generate electricity
Measure power output
Lift weights
Light LEDs
Charge capacitors
Compare airfoils and flat blades
Concepts
Understanding clean energy
Exploring energy transformations
Exploring the relationship between energy and forces
Developing and using physical models
Understanding differences between energy and power
Collecting data with advanced tools
Analyzing and interpreting data
Using mathematics to explain and understand data
Designing controlled experiments
Optimizing designs
Lessons, Tips, and Challenges
Download lessons, learn tips for building turbines, and check out the KidWind Challenges.