Build One of the Internet's Most Talked-About Experimental Pulse Motor Projects

✔ Complete 34-page illustrated guide

✔ Parts List
✔ Step-by-Step Photos
✔ Beginner-friendly

Watch the Generator in Action

Built using the methods in this guide.


What's in the Guide

34-page illustrated PDF

From parts to working experiment

Complete Parts List

Know exactly what you need and where to get it.

Coil Winding Instructions

Step-by-step guidance with photos.

Wiring Diagrams

Clear schematics you can follow.

Step-by-Step Assembly

Detailed photos for every major step.

Tuning & Testing Guidance

Learn how to optimize and measure results.

Supplies List

Everything you need in 1 place.

Coil Winding

Photos and Tips for perfect coils everytime.

Build Steps

Follow along with clear, real-world photos.

Tuning & Testing

Measure, adjust, and improve performance.

Why People Explore Projects Like This

Over twenty years ago John Bedini introduced a fascinating pulse motor generator design.

Thousands attempted to recreate it.

For years builders pieced together Bedini projects using scattered forum posts, conflicting wiring diagrams, and trial and error.

Many never completed a working build.

This Guide Changes That

One complete illustrated manual.

Everything organized.

Thousands of experimenters have explored pulse motor generator systems over the years.

Join them.


Ready to Build Your Own?

· Instant PDF Download

· 34 Pages

· Complete Parts List

· Begin Building Today


Regular $39

Today $19

Limited introductory pricing.

Learn a project that thousands of experimenters have explored over the past two decades—organized into one beginner-friendly guide.

FAQ

Is the generator powerful enough to run my home?

No. The introductory design in the Guide is a small experimental system intended to teach the underlying principles. It can be used for battery charging experiments to keep batteries charged for small loads such as phones, LED lighting, radios, and similar devices.  Performance depends on many variables, including construction quality, components, tuning, and operating conditions. The purpose of the Guide is to give you a solid foundation—how you choose to expand or modify your own experimental projects afterward is entirely up to you.

Is this Guide too technical for someone without electronics or DIY experience?

Not at all. The Guide was written specifically for beginners. It uses real photographs of the actual build, a complete parts list, clear wiring diagrams where needed, and simple step-by-step instructions in plain English. You won't be left trying to decipher complicated engineering schematics or piece together information from internet forums. Just follow the Guide one step at a time.

Will I need to spend hours researching online to find out 'hidden hacks' in the construction?

No. That's exactly what this Guide was designed to eliminate. Instead of piecing together information from dozens of forum posts, you'll have one organized manual with a complete parts list, clear wiring diagrams, real build photos, and straightforward instructions that guide you through the process from start to finish.

What if I get stuck? Is support available?

The Guide was designed to make the build as straightforward as possible. It includes step-by-step instructions, actual photographs of the build, clear wiring diagrams, and a complete parts list so you can follow along with confidence. If you prefer not to build certain sections yourself, professionally assembled components and complete kits developed by Ryan Thompson are available through SouthwestGadget, allowing you to complete your project with even less effort.

2026 Tesla Tech Energy Conference

Watch Ryan Demonstrate the System

Tesla Tech Conference

ExtraOrdinary Energy Technology

Friday · August 14, 2026

Albuquerque, NM

Real-world testing footage using analog and digital measurement tools.

What You'll Learn

Hands-on skills you’ll actually use

  • how pulsed motor systems work

  • how to wind and configure coils

  • how to build transistor switching circuit

  • how to test and tune the system

  • how to run battery experiments