We keep LEO constellations operational longer — extending spacecraft life, maintaining formation, and handling compliant disposal. You tell us the outcome; we deliver the mission.
Interactive constellation map — visit https://www.spacemobility.com to view live data.
Interactive map of tracked satellites and debris across low Earth orbit, medium Earth orbit, geostationary orbit, and beyond, propagated from current public catalog data.
Thirteen thousand active satellites. A debris field growing faster than it's being cleared. Regulators tightening deorbit windows. Mission requirements shifting mid-constellation lifecycle. The LEO environment your spacecraft were designed for is not the one they're operating in today.
Space Mobility exists to help operators manage that gap — extending the life, utility, and compliance posture of constellations already in orbit.
Station-keeping budgets run out. Satellites drift from their operational slots, degrade coverage, and become liabilities before their hardware fails. Life extension and refueling services restore full operational capability without a replacement launch.
The conjunction notification cadence is increasing across every LEO altitude band. Operators without maneuver capability are dependent on statistical probability. We provide active avoidance — keeping your spacecraft clear of both tracked debris and untracked fragments.
The FCC's 5-year LEO deorbit rule is now in effect. ITU coordination requirements continue to tighten. Operators without a disposal service pathway are accumulating compliance risk on every satellite approaching end of mission.
Coverage gaps open. Customer requirements shift. New orbital slots become available. Constellations that can't reposition in response to operational changes lose commercial utility faster than their hardware degrades.
From first rendezvous through end-of-life disposal — Space Mobility covers every on-orbit servicing need your constellation will encounter across its operational life.
Precision close-proximity rendezvous with high-resolution imaging and diagnostic data. Structural assessment, solar array verification, antenna deployment confirmation, and anomaly characterization — delivered to your operations team in real time.
Propulsion module attachment to restore full station-keeping and maneuvering delta-v. Sized to your specific orbit, inclination, and remaining mission budget — delivering 5 to 15 years of additional operational life to spacecraft that still have functional payloads.
Direct propellant transfer to compatible spacecraft via standardized interface. We also work with manufacturers on new satellite programs to integrate refueling-compatible interfaces from the design stage — making your next constellation serviceable from day one.
Precision orbital slot changes, altitude adjustments, and inclination corrections. Whether closing a coverage gap, responding to interference, optimizing revisit rate, or relocating capacity to a new service region — we move your spacecraft where the mission needs it.
Rapid response for anomalous insertion, propulsion failure, or uncontrolled drift. Our team assesses the situation, designs the recovery trajectory, and executes rendezvous and repositioning — preserving mission capability and protecting your customer SLAs.
Controlled deorbit and disposal compliant with FCC 5-year rule and ITU 25-year mandate. We handle the mission design, vehicle integration, and execution — so your operations team closes the satellite's lifecycle cleanly and your licensing position stays intact.
Space Mobility manages the complete mission lifecycle. Your operations team stays in command of your spacecraft — we handle everything else.
We start with your spacecraft's current orbital state, propellant reserves, hardware telemetry, and mission objectives. Our team defines which service options are available and designs the mission profile.
We design the rendezvous approach, proximity operations sequence, and service execution plan. For life extension, we size the propulsion module to your exact delta-v budget and remaining mission life requirements.
Space Mobility sources, integrates, and qualifies the service vehicle and all subsystems. We manage launch integration, pre-launch test, and range operations — one contract, one point of accountability.
Our mission operations team executes rendezvous, proximity operations, and service delivery in close coordination with your ground team. You maintain full command authority over your spacecraft throughout.
Thirteen thousand active LEO satellites. The FCC's 5-year deorbit rule now in effect. The Space Force formally requiring on-orbit mobility capability by 2030. The on-orbit servicing market is growing at 17% annually — and the operators driving that demand are already in orbit.
Space Mobility is building the commercial service infrastructure to meet that demand — starting with the LEO operators whose constellations are operational today.
"Space mobility is no longer a concept under debate. It is a foundation for orbital warfare."— Gen. Chance Saltzman, Chief of Space Operations, U.S. Space Force, Space Symposium 2026
FCC 5-year deorbit rule is in effect. Operators filing new licenses are being asked about disposal plans at application stage. Conjunction notification cadence is increasing across all LEO altitude bands.
Space Mobility targets first commercial on-orbit service contracts — inspection, life extension, and repositioning for LEO constellation operators with assets already in operational orbit.
Next-generation servicing vehicles enter GEO operations. Space Mobility extends service capabilities to high-value geostationary assets with the same single-point-of-contact model.
On-orbit mobility formally required across DoD satellite programs. Space Mobility's operational track record positions it as the preferred commercial on-orbit services partner for government customers.
If you're operating LEO spacecraft and facing propellant depletion, coverage degradation, compliance timelines, or an anomaly — we want to hear about it. The conversation starts with your mission.