Trend

Space Debris Crisis

Of the objects currently being tracked in Earth orbit, shown here as computer-generated dots, only five percent are functional satellites; the remaining 95 percent is orbital debris. NASA ODPO.

About This Trend

The increasing use of space technology in everyday activities has brought with it the growing problem of space debris. The emergence of large satellite networks such as Starlink and the planned launches of thousands more satellites by various organizations heighten the risks of collisions, which could jeopardize ongoing missions and existing satellites.

A 2023 NASA report underscores the urgent need for efficient solutions to manage space debris. These solutions include the removal of smaller debris, adjusting the paths of larger objects to avoid potential crashes, and ensuring controlled reentry for systems designed to be reused. Planners who depend on satellite imagery for various projects should keep an eye on further developments in this space.

Trend Updates

March 7, 2026 — 2026 Updates

In July 2025, a satellite servicing company was granted a patent for a new affordable, sustainable method of active debris removal (ADR), and in September, a startup sent its debris removal system to the International Space Station for testing.

Researchers have laid out a framework for a circular space economy based on space debris.

Jan. 27, 2026 — 2025 Updates

Increases in greenhouse gas emissions will change the consistency of low-Earth-orbit air, reducing “satellite carrying capacity” and increasing the likelihood of satellite crashes.