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
FEEDActive Conjunction Alerts (Updated 3x Daily)
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Illustrative image. Not to scale.
Objects tracked in orbit: Tens of thousands
Total mass in orbit: 17,000+ tons
Minimum lethal fragment size: 1cm
Objects added to LEO in 2025 (historical): 4,772
Highest risk orbital shell: LEO 800–1000 km
Objects tracked in orbit: Tens of thousands
Total mass in orbit: 17,000+ tons
Minimum lethal fragment size: 1cm
Objects added to LEO in 2025 (historical): 4,772
Highest risk orbital shell: LEO 800–1000 km
Objects tracked in orbit: Tens of thousands
Total mass in orbit: 17,000+ tons
Minimum lethal fragment size: 1cm
Objects added to LEO in 2025 (historical): 4,772
Highest risk orbital shell: LEO 800–1000 km
Objects tracked in orbit: Tens of thousands
Total mass in orbit: 17,000+ tons
Minimum lethal fragment size: 1cm
Objects added to LEO in 2025 (historical): 4,772
Highest risk orbital shell: LEO 800–1000 km
RESEARCH PATHWAYS

Orbital Debris Research & Action

From live satellite tracking data and hypervelocity physics to international space law and direct civic advocacy—explore each pillar of the crisis.

The Crisis

28,000+ Tracked Objects

Trace how 70 years of satellite launches and missile tests filled low Earth orbit with tens of thousands of lethal fragments.

Historical Timeline →

Collision Watch

—Active Events

Updated 3x daily from U.S. Space Force CDMs to contextualize real collision probability.

Live Conjunction Feed →

The Physics

17,500 mph Orbital Speed

At orbital speed (7.8 km/s), even a 1 cm fragment carries the kinetic energy of an exploding hand grenade.

Impact & Cascade Simulator →

Policy

Who owns a dead satellite, who is liable for collisions, and how the FCC 5-year deorbit mandate replaces voluntary inaction.

Treaty & Scorecard Breakdown →

Solutions

From robotic arms to drag sails—explore active debris removal tech and the legal challenge of sovereign space salvage.

Active Debris Removal Tech →

Get Involved

Direct Action

Find your U.S. House representative and generate an evidence-backed orbital safety policy letter.

Contact Your Representative →

About & Methodology

Inspect our Space-Track data pipelines, Redis caching architecture, and open methodology.

Read Research Methodology →