High-Velocity Propulsion Architecture

The EMLS core consists of a multi-segment electromagnetic track capable of generating high-velocity propulsion for space-grade acceleration. The system is engineered to handle extreme electrical discharge with microsecond synchronization.

The 132 G Acceleration Profile

To reach the required velocities within the 48.5 km track at Mount Chimborazo, payloads experience a sustained acceleration of 132 G.

• Pulse Power Management: Our architecture manages the rapid discharge of energy required to maintain this acceleration without damaging the track or the carrier.

• Rail Synchronization: Precise timing of electromagnetic fields ensures the payload remains centered and stable throughout the high-speed transit.