GO-2 Use Case: Active De-Orbit (Regulatory & End of Life Disposal Compliance)

Problem:  

LEO missions must meet 5-years post-mission disposal rules; using just drag can often be too slow.  

Solution: 

Use GO-2's large total impulse (up to –12.4 kNs) for an efficient and safe deorbit well within compliance.  

GO-2 Insights:  

Ideal for decommissioning satellites ranging from 6U to hundreds of kilograms small sats; satellites can decommission over many months to their desired altitude given the GO-2's long lifetime. If necessary, GO-2's can be stacked with multiple systems per spacecraft for higher Δv if needed.  

For example, de-orbiting from 500 km:  

100 kg satellite	1x GO-2, available: Δv = 124 m/s  (more than 2x what you need).
200 kg satellite	2x GO-2, available: Δv = 124 m/s  (keeps burn time short and leaves ample margin).
400 kg satellite	4x GO-2, available: Δv = 124 m/s  (same healthy margin with faster campaign).

GO-2 can stay inactive for years on a satellite – consuming no power, with no propellant leakage, and turned on when needed for decommissioning.  

Ease of integration into the system – GO-2 is fully contained with all its propellant, electronics, and sensors integrated into the system. One single connector links the GO-2 to the spacecraft; essentially allowing the user to install it and forget it until it’s time to decommission.  

GO-2: Propelling Missions, Maximizing Return:  

By ensuring a timely active de-orbiting with GO-2, you avoid costly regulatory penalties, reduce liability, and contribute to a more sustainable orbital environment.  Clearing out decommissioned satellites also frees up space for future deployments and minimizes the risk of collision within your own constellation.  

Meeting end-of-life requirements protects your operations, preserves access to valuable orbits, and reinforces your company's reputation as a responsible space neighbor.