4M Green Science, Windmill Generator, DIY Mini Air Powered Turbine Kit, Kids 5+
4M
$25.99
Product Insights & Style Tips
4M Green Science Windmill Generator is a hands-on invitation to energy in motion. A fully wind powered turbine lights an LED with no batteries, turning breeze into visible power. The kit centers on tactile building, with rotor, motor and LED plus a plastic soda bottle base that recycles into the setup. The whole thing feels bright, curious, and approachable for young scientists.
All the essential parts are included and you provide a bottle and a screwdriver to bring the windmill to life. Assembly is straightforward and friendly for learners of all levels, adapting from a simple build to deeper tinkering as confidence grows. Indoors, a fan can stand in for wind, so the light comes on even without a breeze. When play is done, the compact kit sits neatly on a desk or shelf and travels easily to a classroom.
4M sits in step with a rising wave of eco aware, hands on STEM sets. This kit translates abstract ideas into a tangible project and aligns with learners who like to see energy in action and recycled materials in action.
Materials / Fabrication
- Rotor, motor, and LED included
- All essential parts included to build a functioning wind turbine
- Base uses a plastic soda bottle as the stand
- Screwdriver required to assemble
- Wind powered with no batteries required
- Simple, hands-on design suitable for learners of all skill levels
- Indoor friendly; can be powered by a fan to simulate wind
- Eco-friendly feature highlights recycling a soda bottle in the build
- Educational focus on wind energy, mechanics, and electricity generation
Recommended Care
- Keep parts dry and away from water to protect electrical components
- Wipe dust gently with a dry cloth; avoid harsh cleaners
- Inspect screws and connections before each use and tighten as needed
- Store kit in a cool, dry place out of direct sunlight
- Supervise children during assembly and operation
Fit Notes
- Assemble the wind turbine with rotor, motor, and LED using a plastic bottle and screwdriver to complete the build.
- Power is generated when wind spins the blades, lighting the LED; indoors, a fan works as a wind substitute.
- Uses a recycled soda bottle as the base to illustrate green engineering and energy conversion.
