G.L.I.D.E
Gravitationally Linked Inertial Deployment Environment
As launch costs fall and orbital platforms multiply, one question remains:
How do we move payloads in space without burning more fuel?
G.L.I.D.E. answers that by eliminating fuel altogether.
It’s a network of autonomous tethered nodes that transfer payloads using rotational energy and precision timing, a fuel-free, maintenance-light, scalable logistics backbone designed for real in-space operations.
Why it Works?
Flywheel-Driven Nodes
Each node stores kinetic energy via an internal flywheel, capable of releasing and absorbing momentum with precise control.
Tether-Based Architecture
Nodes are connected by ultra-light, high-strength tethers, creating flexible kinetic handoff routes in orbit.
Autonomous Coordination
Using onboard sensors and timing protocols, each node calculates trajectory, synchronizes release and capture, and manages energy flow, no ground control required.
Why it Matters
No Propellant
Eliminates the mass, cost, and risk of traditional fuel systems.
Sustainable Infrastructure
Reusable, scalable, and designed to last — ideal for long-duration missions.
Made for the Next Orbit
Supports orbital construction, modular station servicing, satellite repositioning, and in-space manufacturing.
The Future of Mobility
G.L.I.D.E. isn’t just a system, it’s a new layer of orbital infrastructure.
One that turns space from a destination into a network.
© Copyright 2025. All rights reserved.
We need your consent to load the translations
We use a third-party service to translate the website content that may collect data about your activity. Please review the details in the privacy policy and accept the service to view the translations.