Patent Granted

CID™ Animation - How It Works

Watch our 3D animation showing the Centrifugal Impulse Drive in action. See how CID™ converts electrical power into thrust through precisely engineered rotating magnetic fields - without expelling any propellant.

This test shows the Centrifugal Impulse Drive (CID™) operating on a torsion balance, with all controls handled remotely for a completely hands-off start.
The system is enclosed under plexiglass shielding to eliminate any possibility of airflow or wind interference.
When activated, the torsion balance responds with a consistent directional deflection, indicating a measurable mechanical force produced by CID™ alone.

This video shows the Centrifugal Impulse Drive (CID™) mounted on a torsion balance and operated remotely inside a Faraday cage.
The Faraday enclosure eliminates external electromagnetic influences, ensuring that any observed motion originates solely from the CID device.

When the drive is powered, the torsion balance responds with a repeatable, directional deflection, demonstrating that CID™ produces a measurable mechanical force independ

 This test outcome is consistent with research by Marc G. Millis, former NASA propulsion physicist and founder of the Breakthrough Propulsion Physics Program. Millis’ work explored how mechanical and electromagnetic interactions within a closed system could produce measurable net forces under dynamic conditions. The CID™ results support this principle — showing that no thrust occurs when the rotors are fixed, and that propulsion arises only when rotational motion across the stator gap is allowed