The OrbitCatch system is based on an electrodynamic tether that is deployed when a satellite reaches the end of its operational life.

This tether interacts with the Earth's magnetic field, generating a Lorentz force that gradually de-orbits the satellite by increasing atmospheric drag.

Unlike propulsion-based solutions, this method requires no on-board fuel and can be integrated into new satellite builds with minimal additional cost and weight.

The system can operate autonomously or be activated via ground command, providing flexibility in its deployment.

OrbitCatch offers a low-cost, scalable solution for responsibly de-orbiting defunct satellites, leveraging physics rather than propulsion, thus eradicating fuel dependency.

It integrates seamlessly into new satellite designs with minimal impact on weight or cost, unlike traditional propulsion systems, making it economically and operationally attractive for satellite operators.

The technology leverages well-understood physics of electromagnetic tethers which have been tested though not widely commercialized.

The cost of tether materials is low, and integrating them into satellite designs is straightforward.

Key challenges include tether deployment reliability and ensuring regulatory alignment across jurisdictions.

A clear competitor landscape but with high demand driven by upcoming regulations.