⚡ Pulse Motor Experiments & DIY Builds

Papa Bale's
Pulse Motors

Self-taught experimenter diving deep into pulse motors, magnetic induction, and the fascinating science behind DIY electric motors. No gatekeeping — just raw curiosity and high voltage passion.

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🔥 Latest Video

Watch the newest experiment from the workshop

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📺 Latest Video Posts

Deep-dives, notes, and commentary on each video

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Budget Build · Aug 2025

Budget-friendly pulse motor using 16AWG coil wire for impressive efficiency. Papa Bale proves great results don't require expensive parts.

Papa Bale · 16AWG Coil · Budget Build
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Beginner Build · May 2024

The most accessible pulse motor tutorial Papa Bale has made — no solder, no problem. Get your first motor spinning this weekend.

Papa Bale · No Soldering · Beginner
Pulse Motor Theory

The one video that cuts through the noise. Papa Bale reveals the core principles most hobbyists overlook when building pulse motors.

Papa Bale · Pulse Motors · DIY Electric Motors

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⚡ Go Deeper with Papa Bale

Members get exclusive behind-the-scenes content, access to our Discord community, and live shoutouts from Papa Bale himself.

📖 From the Blog

Deep-dive written guides on pulse motors, circuits, and builds

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Build Tutorial · Apr 2026

Step-by-step guide with full parts list, coil winding basics, transistor circuit, and tuning tips. Build your first pulse motor this weekend.

Papa Bale · DIY Pulse Motor · Beginner
Circuit Guide · Apr 2026

John Bedini's famous Simple School Girl circuit explained from scratch — components, bifilar winding, self-triggering, and back EMF recovery.

Papa Bale · Bedini SSG · Circuit Guide
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Physics Deep-Dive · Apr 2026

What back EMF is, why it matters, how to measure it, and how to build a BEMF recovery circuit that actually captures usable energy.

Papa Bale · Back EMF · BEMF Recovery

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🔬 What is a Pulse Motor?

New to the hobby? Here's the quick version.

A pulse motor (sometimes called a Bedini motor) is a type of electric motor driven by timed electrical pulses rather than continuous current. The pulses energize coils at precisely the right moment to attract or repel permanent magnets, creating rotation with remarkable efficiency. They're beloved by DIY experimenters for their simplicity, educational value, and the endless rabbit holes they open up into electromagnetic theory.

Explore the Glossary →