The Physics of Electromagnetic Acceleration

The EMLS system operates on the principle of Lorentz Force and electromagnetic induction. By utilizing a linear motor architecture, we convert electrical energy directly into kinetic energy, bypassing the thermodynamic limitations of chemical combustion found in traditional rockets.

Core Calculations & Energy Efficiency

Our technical framework, led by Dr. Ulf Haderthauer, focuses on the synchronization of pulse power to ensure a constant acceleration profile.

• Velocity Target: Achieving escape velocity through precision-timed electromagnetic pulses.

• Energy Optimization: The system is designed for an 85% energy efficiency rate, significantly higher than the 1% to 5% efficiency typical of chemical propulsion stages.

Trajectory Simulations

Using advanced Digital Twin modeling, we simulate every millisecond of the launch. This ensures that the transition from the ground-based track to orbital insertion is calculated with a margin of error near zero, accounting for atmospheric drag and gravitational constants.