A Quiet Machine with Unusual Behavior:
I set up this disc-type motor on my workbench a few weeks ago.
At first glance, it’s just another brushless model—smooth bearings, compact frame, clean 24V test. Nothing fancy.
But when I let it run a little longer, I noticed something peculiar. The rotation didn’t slow down the way I expected.
This is the Bedini Brushless Motor Model:
- High-speed bearings that hum without vibration.
- Brushless design—no sparking, no maintenance.
- A compact 15×13×17 cm footprint that fits on any bench.
- Marketed as an educational toy, but the way it behaves makes you wonder if that label is hiding something.
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> Type: Brushless Motor Model (Disc-type) > Bearings: High-speed, low-noise operation > Feature: Pseudo Perpetual Motion Concept > Size: 15 × 13 × 17 cm (portable) > Assembly: DIY, simple to set up > Use Case: Science demo, education, lab experiments |
Where You Usually See It
Normally, models like this appear in classrooms or hobby labs.
Teachers use it to explain magnetism, resonance, or switching circuits.
I’ve also seen enthusiasts adapt them into odd pulse chargers—circuits that somehow restore batteries most chargers would discard.
This one… behaves differently.
In one trial, I removed a component I thought was essential. The disc kept spinning, pulsing faintly, feeding on something not entirely clear.
The Off-Beat Note
There are circuits that shouldn’t exist—drawn once, then gone from the internet within days.
One schematic I glimpsed used almost the same motor, but the input source was absent. No supply, no battery—just feedback.
That version was never explained.
What Was Supposed to Stay Buried
If you’ve ever asked yourself why some early inventions vanished, you’ll understand why I don’t publish every diagram openly.
Tesla’s papers spoke of dielectric inertia and energy reservoirs not in our textbooks. Some experimenters say those notes were destroyed—or simply erased from memory.
And yet, fragments resurface.
People rebuild them quietly. Sometimes with relays, sometimes with solid-state transistors.
The pattern repeats: devices that pulse themselves, charge their own source, or run loads without visible supply.
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Beneath its standard design lies potential for something far beyond its original purpose. A kindred solution, crafted from the same hidden logic — preserved as a sealed work of mind. |
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