Space Economy and Industry
DraftEvery other section covers what can be built. This one covers what gets built, which is a different question determined by budgets, procurement models, regulation and whether anyone will pay.
Reading order
The launch market and agencies establish the two dominant forces. The remaining pages examine specific mechanisms.
Four things worth knowing
Launch is a small part of the space economy. It receives most of the attention and generates a small fraction of the revenue. Satellite services, overwhelmingly communications, are the largest segment, and ground equipment is larger than manufacturing and launch combined.
Reuse is a refurbishment problem, not a durability problem. If refurbishment approaches the cost of a new vehicle, no flight count makes it pay. That is what the Shuttle demonstrated and what Falcon 9 was designed around.
Procurement model matters more than technology. The shift from cost-plus to firm fixed-price with multiple providers, as in Commercial Crew and CRS, changed delivered cost by more than any engineering advance of the same period.
Cost reductions came from architecture, not manufacturing efficiency. Frequency reuse multiplied satellite capacity twenty-five-fold from the same spectrum. Constellations replaced single satellites. Making the same thing more cheaply has never been the main lever.
Pages
Why quoted prices mislead, the segments and their different economics, the cadence loop that excludes new entrants, market concentration and the assured access question, and whether demand is elastic.
02Space agenciesThe major agencies and ESA’s geographical return principle, cost-plus against fixed-price and what Commercial Crew demonstrated, budgets and the science against exploration tension, and cooperation and its constraints.
03Commercial providersThe segments from manufacturing to analytics, why constellations broke the traditional satellite manufacturer, the vertical integration argument, and what actually determines competitive position.
04Startups and venture capitalWhy the venture model fits space badly, the SPAC episode and its adverse selection problem, where capital went by segment, the recurring failure modes, and a realistic assessment of returns.
05Launch and mission economicsWhere launch cost actually goes and why cheap propellant proves nothing, the reuse break-even, satellite cost per unit capacity, constellation replacement arithmetic, and how insurance prices risk.
06Policy and regulationThe Outer Space Treaty and what it actually prohibits, the unsettled resource question, launch licensing, ITU spectrum and slot coordination, export control and its measurable effect, and the gaps in the framework.
07Markets and applicationsWhere revenue actually comes from, the shift from imagery to analytics, PNT as a free public good with enormous downstream value, defence demand reshaping architecture, and which emerging segments are credible.