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Space Economics

Megaconstellation Market Dynamics

The economics of mass-produced LEO communication satellites.

Low Earth Orbit is becoming commercialized at a staggering rate, driven by mass-produced satellites providing global broadband.

Traditional geostationary (GEO) satellites cost hundreds of millions and took years to build. LEO megaconstellations rely on volume manufacturing, rapid iteration, and continuous launch deployment.

Capital Expenditures

Deploying a megaconstellation requires massive upfront capital. Satellites in LEO have shorter lifespans (5-7 years) due to atmospheric drag, requiring continuous replenishment.

Telemetry & Orbits

Tracking the physical infrastructure of the modern orbital economy.

~9,000
Active Satellites in LEO (2024)
$450k
Suborbital Ticket Price
400 km
Average ISS Altitude
04.

Historical Context

Lunar Orbit Rendezvous (LOR)

The controversial engineering decision that made the 1969 moon landing possible, and why we are returning to it for Artemis.

Read Historical Analysis→

Archive Note

Understanding the mass penalties of direct ascent is critical to evaluating modern heavy-lift vehicle architectures.

05.

Astrophysics & Environment

Deep Space Radiation Hazards

Galactic Cosmic Rays, Solar Proton Events, and shielding strategies for long-duration human spaceflight.

Read Guide→

Atmospheric Drag & Decay

Why low orbits aren't permanent, and how solar weather affects satellite lifetimes during Solar Max.

Read Guide→

The Orbit Newsletter

A weekly quantitative dispatch on launch mass, orbital deployments, and aerospace capital markets. No fluff.