Nothing in
orbit has
to be lost.

Inspection, refuelling, robotic repair, relocation and clean end-of-life disposal for satellites from LEO to GEO. We fly to your asset so your asset keeps flying.

LEO → GEOCoverage
ExperiencedFlight team
End-to-endAsset lifecycle
Systems nominal Orbiting a more sustainable tomorrow
0Satellites serviced
0yrsAvg. life added per client
0%Mission success rate
0Operators in 14 countries
01 / Capabilities

A full-service garage, three hundred kilometres up and beyond.

Every servicer in our fleet carries dexterous robotic arms, a universal docking probe and its own propellant reserve — so one launch can cover several clients on the same orbital shell.

S-01 · Inspect Client · GEO-114 Points 0 Scan 0% Searching

Inspection & diagnostics

Close-range flyarounds with stereo cameras, LIDAR and thermal imaging to find the fault before anyone touches the hardware.

From 3 days on station
S-02 · Refuel N₂H₄ · 22 bar Flow 1.60 kg/min Delivered 0 kg

In-orbit refuelling

Valve-agnostic tooling transfers hydrazine or xenon into satellites never designed to be refuelled, adding years of station-keeping.

Up to 400 kg per visit
S-03 · Repair Bay 05 · RW-2 Torque — Nm Step Approach

Robotic repair

Replace reaction wheels, re-seat jammed solar arrays, patch thermal blankets and swap out failed avionics modules with tele-operated precision.

Sub-millimetre manipulation
S-04 · Dock Aft capture Range 0.0 m Approach

Life-extension docking

Our tug docks and stays attached, taking over attitude control and propulsion for a client whose own systems are spent.

5–15 year contracts
S-05 · Relocate Hohmann transfer Alt 400 km Δv Coast

Relocation & orbit raising

Rescue stranded launches, shift a slot across the GEO arc or raise a sagging LEO constellation member back to its design altitude.

Up to 2,800 kg client mass
S-06 · Dispose Target · S. Pacific Alt 400 km Descent

End-of-life disposal

Controlled deorbit over unpopulated ocean, or a clean boost to graveyard orbit — fully compliant with the 5-year disposal rules.

Licence paperwork included
02 / Mission profile

From first call to hard dock in as little as ninety days.

Approaching a satellite that was never built to be approached is the hard part. We have rehearsed every phase thousands of times in simulation and dozens of times for real — and you watch it all live from our operations centre or your own.

  1. Phase 1 · Weeks 1–3

    Assessment

    We ingest your telemetry, build a digital twin of the client vehicle and design a capture plan around its exact geometry and spin state.

  2. Phase 2 · Weeks 4–10

    Phasing

    A servicer already on station transfers to your orbital plane, sharing the trip with other clients to keep propellant costs down.

  3. Phase 3 · Final 72 hours

    Rendezvous & capture

    Autonomous approach from 10 km to contact, with hold points where your team must give a go/no-go before we proceed.

  4. Phase 4 · Ongoing

    Service & release

    The work is done, verified with full imaging, and your satellite is released — or we stay docked for the life of the contract.

03 / Coverage

Wherever you parked it, we can reach it.

160 – 2,000 km

LEO

Low Earth orbit
  • Response time ≤ 21 days
  • Typical services Inspect · Deorbit
  • Clients in range ~9,800
2,000 – 35,000 km

MEO

Medium Earth orbit
  • Response time ≤ 45 days
  • Typical services Repair · Raise
  • Clients in range ~140
35,786 km

GEO

Geostationary belt
  • Response time ≤ 30 days
  • Typical services Refuel · Extend
  • Clients in range ~560
04 / The fleet

Three servicers on station. Two more on the pad.