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Economics Dashboard

The Space Economy
at a Glance

The metrics that matter — tracking the price points and milestones that will make orbital infrastructure inevitable. Updated quarterly.

~12,850
Satellites in Orbit
↑ 65% are Starlink
$2,720/kg
Falcon 9 to LEO
↓ 95% vs Shuttle era
$626B
Global Space Economy
↑ $1T est. by 2032–34
$18.7B
Starlink Revenue 2026E
↑ 9M+ subscribers
<$100/kg
Starship Target Cost
↗ Flight 12 — May 21
$39B
Orbital Compute 2035E
↑ 67% CAGR projected

The Price Compression That Changes Everything

The Space Shuttle cost $54,500/kg to LEO. Falcon 9 costs $2,720/kg — a 95% reduction that created an entirely new commercial space industry. Starship targets below $100/kg. That next compression unlocks the orbital economy.

At $2,720/kg today: satellite constellations, Earth observation, ISS resupply, premium pharmaceutical manufacturing (Varda Space).

At ~$500/kg near-term: broader in-orbit manufacturing, ZBLAN fiber optics, small-scale orbital compute, early asset custody.

At <$100/kg (Starship target): orbital data centers, broad manufacturing, mass-market access, Space Vault-scale asset custody.

Key Signals — May 2026

SpaceX filed its IPO S-1, confirming Starship payload delivery to orbit in H2 2026 and naming orbital AI data centers as a target application. Varda Space Industries signed United Therapeutics as its first major commercial customer — the first contract for products manufactured in orbit. Eight organisations committed capital to orbital compute in Q1 2026 alone.


Data updated May 2026 · Sources: Orbital Radar, Novaspace, SpaceX S-1 filing, Varda press releases

Full interactive charts — coming soon