ORBITAL DEBRIS CRISIS

Earth's Orbit Is Becoming a Graveyard.

GPS, weather forecasts, and internet connectivity all depend on satellites. Decades of Cold War era neglect created tens of thousands of trackable objects in Earth orbit traveling at 17,500 mph. A single collision cascade could render low Earth orbit unusable for generations.

Live Orbital Environment

Real data from Space-Track.org, updated daily.

UPDATED DAILY
27,000
Total tracked objects across all orbital regimes
420
Objects added in last 30 days
3:1
Current debris-to-active-satellite ratio
LEO 800–1000km
Highest risk orbital shell
FEEDActive Conjunction Alerts (Updated 3x Daily)
Objects tracked in orbit: Tens of thousands
Total mass in orbit: 15,000+ tons
Minimum lethal fragment size: 1cm
Objects added to LEO in 2025: 4,772
Objects tracked in orbit: Tens of thousands
Total mass in orbit: 15,000+ tons
Minimum lethal fragment size: 1cm
Objects added to LEO in 2025: 4,772
Objects tracked in orbit: Tens of thousands
Total mass in orbit: 15,000+ tons
Minimum lethal fragment size: 1cm
Objects added to LEO in 2025: 4,772
Objects tracked in orbit: Tens of thousands
Total mass in orbit: 15,000+ tons
Minimum lethal fragment size: 1cm
Objects added to LEO in 2025: 4,772
EXPLORE THE PLATFORM

Platform Modules & Policy Tools

Navigate the full Orbital Watch workflow: explore live Space-Track data, investigate predicted collisions, understand the physics of orbital debris, uncover the legal barriers created by the 1967 Outer Space Treaty, and turn that knowledge into civic action through a personalized message to your U.S. representative.

The Crisis

Trace the historical buildup of orbital debris, map object distribution across critical altitudes, and examine the international treaties governing space.

Analyze the Crisis

Collision Watch

Predicted close approaches between tracked objects, updated 3x daily from the U.S. Space Force's public conjunction data feed. Includes active countdown timers.

View Conjunctions

The Physics

Analyze the extreme kinetic energy of orbital debris, map high-risk altitude shells, and run interactive simulations of Kessler Syndrome cascade events.

Run the Simulator

Policy

Explore legal liability under international space law, track treaty compliance, and review our nation-by-nation sustainability scorecard.

Inspect Policy

Solutions

Evaluate emerging active debris removal (ADR) tech—like robotic capture—and study economic frameworks for maintaining space as a global commons.

View ADR Tech

Get Involved

Contact your U.S. representative and discover how citizens, students, and policymakers can collaborate on space stewardship, advocacy, and STEM education.

Take Action

About

Review the development methodology, learn about Orbital Watch, and access the comprehensive library of peer-reviewed data sources.

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