Space Economy: $546B in 2023, $1T+ by 2030 — and 98% Cheaper to Launch
Launch costs dropped from $10,000/kg in 2010 to $1,500/kg in 2024. Starship may reach $100/kg. This cost curve is rewriting everything about what's possible in orbit.
$546BGlobal space economy 2023
$1T+Projected space economy by 2030
$10K→$1.5K/kg to orbit — Falcon 9 revolution
$100/kg projected Starship cost at full reuse
Choose your depth. The data doesn't change — just the explanation.
Sending things into space used to cost as much as a fancy car just to lift one kilogram — like the weight of a water bottle. SpaceX figured out how to land their rockets and reuse them, which is like reusing an airplane instead of throwing it away after every flight. Now it costs 85% less. If their next rocket works as planned, the cost could drop by another 90%. This is why there's suddenly a business boom in space.
The space economy includes launch services, satellites, ground equipment, and satellite-based services. Space Foundation data: $546B in 2023. McKinsey/Morgan Stanley project $1T+ by 2030, driven by satellite internet (Starlink, OneWeb), Earth observation, in-space manufacturing, and eventually space tourism. The key economic driver: launch cost reduction. Falcon 9 (SpaceX) achieved ~$1,500/kg to LEO using first-stage reusability. Starship (partially reusable) targets $100/kg at scale — a 98% reduction from 2010 expendable rockets.
Space Foundation 2023 Space Report: $546B = $146B commercial infrastructure + $118B government + $282B commercial space products/services. Morgan Stanley 2020 estimate for 2040: $1.1T. Launch cost trajectory: Space Shuttle era $54,000/kg; Falcon 9 expendable $2,720/kg; Falcon 9 full reuse $1,500/kg; Falcon Heavy $1,700/kg (LEO); Starship theoretical $100/kg at 100-ton payloads and rapid turnaround. Economic implications: current GEO satellite insurance/amortization economics change completely at $100/kg — currently, launch is 25-40% of total satellite program cost; drops to ~3% at Starship pricing. New markets enabled: space solar power, asteroid mining (Psyche asteroid estimated at $700 quintillion in minerals), large orbital platforms.
Space Foundation Space Report 2023: spacefoundation.org/space-report. Morgan Stanley Space Economy: morganstanley.com/ideas/investing-in-space. SpaceX Starship cost analysis: Musk presentations; Eric Berger "Reentry" (2024). Launch cost database: planet4589.org. NASA Artemis cost comparison: IG report OIG-22-009. FAA launch license data: faa.gov/space/launches. Satellite market: Euroconsult Satellites to be Built and Launched report 2023.
The Space Economy Explosion
Launch Cost to LEO ($/kg) — Historical and Projected
The 98% cost reduction driving the new space economy
Space Economy by Sector ($B, 2023)
Breakdown of the $546B global space economy
Space Economy Growth Trajectory ($B)
Historical growth with 2030 $1T projection
🛰️ What $100/kg to Orbit Actually Unlocks
At current prices ($1,500/kg), space is still the province of expensive government missions and high-margin commercial satellites. At $100/kg, the economics of space radically change. A 1-ton research satellite goes from $1.5M in launch costs to $100K — less than a car. Large orbiting structures become viable. In-space manufacturing of fiber optics, pharmaceuticals, and exotic materials that can only be produced in microgravity becomes economically competitive. Space-based solar power (transmitting energy to Earth from orbit) becomes worth analyzing seriously. The question isn't whether Starship will be built — it is being built. The question is what happens to Earth industries when orbit is as cheap as a domestic airline flight.