Welcome To Wind Turbine 24v!
This site provides build instructions for making your own DIY 24v wind turbine. The build instructions are a combination of a step-by-step PDF with materials and tools required as well as drawings, templates, animations and 3D models (all in Imperial and Metric measurements). The wind turbine blades are 8' 4" diameter (50" or 2.54m). The assembly is 20 ft high (6.1m / 240 inches) but can be varied if you so wish.
	Why Use These Instructions? At the time of publishing this web site this is the only turbine to have a simple bolt together assembly combined with a purpose built alternator and high wind safety tail. Constructing the turbine doesn't involve any welding, tapping of holes or large workshop machinery. The instructions have been made using KIS (Keep It Simple) principals. The turbine has been sized for efficiency. Using an exisiting motor or a car alternator would not yield as much power in typical winds. The tail angles the turbine away from high winds to avoid damage. By downloading a free and simple to use 3D viewer customers can view the turbine at each step of the build process aiding your understanding of the assembly.

Welcome To Wind Turbine 24v!

This site provides build instructions for making your own DIY 24v wind turbine. The build instructions are a combination of a step-by-step PDF with materials and tools required as well as drawings, templates, animations and 3D models (all in Imperial and Metric measurements). The wind turbine blades are 8' 4" diameter (50" or 2.54m). The assembly is 20 ft high (6.1m / 240 inches) but can be varied if you so wish.

Why Use These Instructions?

At the time of publishing this web site this is the only turbine to have a simple bolt together assembly combined with a purpose built alternator and high wind safety tail.

Constructing the turbine doesn't involve any welding, tapping of holes or large workshop machinery. The instructions have been made using KIS (Keep It Simple) principals.

The turbine has been sized for efficiency. Using an exisiting motor or a car alternator would not yield as much power in typical winds.

The tail angles the turbine away from high winds to avoid damage.

By downloading a free and simple to use 3D viewer customers can view the turbine at each step of the build process aiding your understanding of the assembly.