High-speed electric acceleration using plasma instead of gunpowder. Fully electric, digitally controlled, up to tens of km/s.
Conventional acceleration systems depend on chemical energy or complex mechanical architectures.
High-speed material testing remains expensive, specialized and difficult to scale.
Stored electrical energy converted into a controlled plasma pulse — no chemicals, no compressed gas.
A precisely timed high-energy pulse creates plasma inside a linear chamber.
Electrical energy supplied
Plasma core inside chamber
Expanding plasma accelerates projectile
Milligrams of plasma vs. grams of gunpowder
Two parameters are critical for the accelerator's operation:
Mathematical model completed, plasma formation confirmed under specified parameters.
Plasma formation and acceleration sequence — laboratory testing completed.
Demonstration Video
Click to play — video will be added| Parameter | Gunpowder System | New Technology |
|---|---|---|
| Working Substance | Grams of gunpowder | Milligrams of plasma |
| Projectile Velocity | Limited by chemical energy | Fundamentally higher (up to tens of km/s) |
| Safety | Sensitive to impact, fire, moisture | No explosives — electrical system |
| Reliability | Depends on powder quality, humidity | Fail-safe system by design |
| Recoil | Present | Absent |
Four civilian markets with distinct customer profiles.
Universities, national laboratories
High-speed impact testing, composites
High-speed forming, process development
Laboratory acceleration systems