A flat helical electromagnetic acceleration system that uses multiple sequentially activated coils to provide continuous projectile acceleration while increasing the acceleration path within a compact area.” The system is based on the Lorentz Force and the Work-Energy Theorem to analyze projectile motion. The results indicate that projectile velocity increases with the number of coil turns, with a saturation region appearing at approximately 250 turns due to increased electrical resistance and inductance.
Project Idea
This project presents a flat helical electromagnetic launch system that accelerates a projectile using multiple electromagnetic coils activated sequentially. Unlike traditional linear launchers, the helical design increases the acceleration path within a compact area, providing nearly 300% more acceleration distance. The system uses synchronized magnetic pulses to continuously propel the projectile while maintaining smooth motion and stable acceleration.
01
The Beginning
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The Idea
The project proposes a Helical Resonant Sequential Launcher (HRSL) based on multiple electromagnetic coils arranged along a flat spiral path. The system provides: * Increased acceleration distance within a compact area. * Sequential activation of electromagnetic coils for continuous acceleration. * Improved energy transfer to the projectile. * Reduced energy loss during operation. * Improved projectile motion stability. * Resonant pulses of 20–50 ms for higher efficiency.
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The Experience
A visual tour documenting the manufacturing stages, laboratory testing, and live tracking experiments in the field.
Explore the projects and experiments that shape the Electrospace experience.
