A case for looking past launch
The commercial space industry still tends to define progress by launch cadence, rocket size, and deployment volume. A new roadmap outlined in SpaceNews argues that this view is too narrow and that the next constraint on growth is increasingly orbital, not terrestrial. The proposed answer is a space-to-space, or S2S, economy centered on servicing satellites, consolidating resources already in orbit, and manufacturing infrastructure closer to where it is used.
The argument begins with a practical observation: satellites, not rockets, generate most of today’s space-economy value. Yet the number of active objects in low Earth orbit is rising quickly, with the article stating that the total is doubling every two years. That pace creates congestion that launch expansion alone cannot solve.
Orbital congestion as an economic problem
As traffic grows, satellites must perform more maneuvers to avoid collisions. Those maneuvers consume propellant, raise operating cost, and shorten mission life. The result is a compounding inefficiency. More fuel burned for station-keeping means more replacements, more launches to replenish constellations, and more discarded hardware at end of life.
The current dominant response is to deorbit satellites once their missions end. The roadmap argues that this destroys hardware and critical minerals that have already absorbed the cost of launch. In that framing, orbital congestion is not only a debris or safety issue. It is also a resource-management problem created by treating the space environment as a one-way logistics chain.
The proposed three-part S2S model
- Capture, Service, and Transport for refueling, logistics, and repair.
- Satellite Recycling to consolidate debris and process materials into feedstocks.
- In-Space Manufacturing to build new hardware from orbital materials.
