EMLS: Disrupting Space Access with Ground-Based Electromagnetic Acceleration.
The Future of Interplanetary Logistics
90%
Reduction in Launch Costs
$7.3 / kg
Target Delivery Price
1.83 Years
Projected Capital Payback
TRL-4 Validation Excellence: Ongoing research conducted under NDA at Gravion Microgravity Lab, within the International Space University (ISU) incubator ecosystem.
Bridging the gap between theoretical physics and global space logistics
The Strategic Gateway: Mount Chimborazo
"Positioned at the furthest point from Earth's center, our flagship facility at Mount Chimborazo leverages the planet’s maximum equatorial rotation speed. This unique geographical advantage, combined with our 45.8 km electromagnetic track, allows EMLS to bypass the densest parts of the atmosphere, achieving unprecedented launch efficiency and reducing costs to just $7.3 per kg."
Deep dive into our Non-Newtonian Bio-Gel fluid dynamics and structural integrity reports.
"To master the 132-G launch challenge, EMLS utilizes a revolutionary multi-level damping architecture. Our proprietary Non-Newtonian Bio-Gel dynamically reacts to extreme forces, ensuring total payload integrity. This breakthrough transforms high-G electromagnetic acceleration into a safe, reliable gateway for sensitive orbital cargo."
From Earth to the Moon: A Complete Orbital Ecosystem
"The EMLS ecosystem bridges the gap between planetary launch and deep-space infrastructure. From our advanced Orbital Hub managing high-frequency payload reception to autonomous lunar delivery systems, we are building the backbone of a multi-planetary economy. By streamlining every stage of the journey, we provide the first reliable and cost-effective logistics loop for sustained lunar settlement.
