Tugs, landers, service vehicles
They buy delta-v, schedule confidence, and rescue margin.
Product: water, O2, H2, station-keeping reserves.
Market thesis
The buyer is not a dreamer. The buyer is a machine that cannot run out of fuel.
Space transport, lunar activity, orbital compute, and national security missions all become better customers when fuel is already in space.
Cislunar depots and surface logistics
They buy mass that does not have to climb out of Earth’s gravity well.
Product: oxygen, shielding water, construction support.Orbital data centres
They buy uptime: servicing, propellant, water reserves, and thermal resilience.
Product: logistics-as-infrastructure.Distributed reserves
They buy mission continuity when launch windows, geopolitics, or vehicle availability fail.
Product: fuel stores, route redundancy, custody telemetry.Reality signals
The market is not here because of one launch. It is emerging across four fronts.
Resource evidence
NASA’s Bennu sample publicly confirmed carbon and water-bearing minerals.
That does not prove easy mining. It proves the feedstock story is not fiction.
Fuel handlingCryogenic fluid management is a recognized space-technology problem.
Storage, boiloff, transfer, and metering are infrastructure, not cosmetic details.
Refueling interfacesIn-space refueling standards are being commercialized.
DVE should design around transfer interfaces and customer compatibility early.
Orbital computeGoogle has publicly described Project Suncatcher for space-based AI compute.
Compute in orbit creates a new industrial customer for servicing and logistics.
Economic discipline
Do not start by asking “can we mine an asteroid?” Ask where each kilogram is worth more in orbit than on Earth.
High valueEmergency reserves, mission-saving propellant, constrained launch windows.
Medium valueRoutine depot fill, servicing routes, station-keeping contracts.
Long-term valueLarge-scale lunar industry, orbital compute clusters, autonomous construction.