This rotor assembly is designed for use in Bedini-style pulsed motor systems and similar experimental setups. It serves as the rotating magnetic element within the system, interacting with the coil to produce pulsed electromagnetic behavior.

The rotor is constructed from a non-magnetic composite carbon material and features embedded ceramic magnets around the outer rim.

Design

Non-magnetic composite carbon rotor body
16 ceramic magnets embedded evenly around the outer rim
Magnet dimensions matched for use with typical bifilar coil configurations
Balanced construction for stable rotation during operation
Precision-machined to minimize wobble under normal use

Function

The rotor spins past the coil, allowing repeated magnetic interaction as part of a pulsed motor system. It is a core mechanical component used in:

pulsed motor builds
coil interaction experiments
DIY generator system configurations
rotational testing setups

⚠️ This is an experimental component. Performance and results will vary depending on system configuration, tuning, and operating conditions.

Specifications

Diameter: 12 inches
Width: 2 inches
Magnets: 16 ceramic magnets
Magnet Size: 7/8" × 1 7/8"

Compatibility

Designed for Bedini-style systems
Compatible with a wide range of DIY pulsed motor configurations

Important Notes

Not a standalone device
Requires integration with coil and circuit system
Intended for experimental, educational, and DIY use
Results depend on full system setup and tuning