Video - LEO space population as a function of object size | COMSPOCVideo - LEO space population as a function of object size | COMSPOC

LEO space population as a function of object size

Id: 41

Published: 08/21/2023

Description:

This video provides a comparison of what is currently being publicly tracked, versus what we believe exists in space as a function of object size. There are many hundreds of thousands of objects in space today that are large enough to be mission-terminating in the event of a collision, but which we cannot track today. These untrackable objects highlight significant gaps in current monitoring capabilities, underscoring the need for advanced detection technologies to enhance space safety.

Keywords:
Click a keyword to filter the list of related assets below.
Videos with related keywords:

Representative depiction of DMSP breakup event

Watch Video

Evolution in rate of LEO close approaches with major fragmentation events, 1968 to present

Watch Video

Evolution in rate of LEO close approaches with major fragmentation events, 1968 to present (viewed slightly from righthand side)

Watch Video

Representation of possible large constellations to be in orbit by 2029

Watch Video

Depiction of how encounter rates and collision risk varies as a function of accuracy of the underlying SSA data

Watch Video

SDA GEO participating spacecraft as of 2021

Watch Video

Debris spread resulting from a hypothetical GEO collision.

Watch Video

Relative motion of GEO debris with respect to GEO active spacecraft

Watch Video

Laser Clearing House (LCH) modeling

Watch Video

COMSPOC simulation of Chinese ASAT engagement of Fengyun spacecraft, including discrete fragment breakup and post-fragmentation debris cloud evolution

Watch Video

COMSPOC simulation of Mission Shakti ASAT engagement, discrete fragment breakup, and post-fragmentation debris cloud evolution

Watch Video

COMSPOC simulation of Mission Shakti ASAT engagement post-fragmentation debris cloud evolution

Watch Video

Russian ASAT representative fragmentation and spatial density depictions using COMSPOC ASAT breakup modeling tools

Watch Video

Breakup fragmentation cloud evolution stemming from the Iridium/Cosmos collision

Watch Video

Comparison of Radar and Optical sensor coverage and resulting object size tracked as a function of viewing geometry, illumination, and orbit regime

Watch Video

Depiction of how optical covarage of LEO objects varies as a function of lighting and location in January

Watch Video

Depiction of how optical covarage of LEO objects varies as a function of lighting and location in July

Watch Video
Papers with related keywords:
Position Covariance Visualization - Paper

Position Covariance Visualization

Read More
Privacy Policy Cookie Policy Terms of Use

©2026 by COMSPOC Corporation. All rights reserved.

An unhandled error has occurred. Reload ??