DEC 11, 2017 11:14 AM PST

International Space Station's Space Debris Sensor Could be a Game-Changer

WRITTEN BY: Anthony Bouchard

Comprised of spent rocket boosters, retired satellites, and other unwanted knick-knacks that make their way into outer space, space junk clutters the very same region over our heads that we send our latest rockets and employ astronauts on the International Space Station.

An artist's impression of the collection of space junk surrounding the Earth.

Image Credit: Pixabay

If it wasn’t bad enough that space junk litters most of Earth’s orbital altitudes, then consider the domino effect that ensues after two more massive objects slam into one another and produce heaps of smaller space debris.

Related: The International Space Station has orbited the Earth more than 100,000 times

NASA can track much of the more substantial space junk pieces and enact evasive maneuvers when necessary, but the same can’t be said for smaller space debris.

Many of these bits measure a mere millimeter or less across and easily evade detection. Furthermore, they whip through space at break-neck speeds and multiply exponentially. Given enough time, the swirling mess of space debris could transform into a hazardous environment akin to 'no man's land.'

Space debris of this nature regularly bombard the International Space Station, and that’s part of what makes spacewalks so dangerous. As we saw just last year, a 7-millimeter piece of space debris packed enough of a punch to crack the quadruple-layered Cupola window on the International Space Station, so it’s mind-boggling to think about what a tiny 1-millimeter chunk could do.

Related: Japan's attempt to clean up space junk proves unsuccessful

So just how frequent are these space debris collisions? We don’t really know yet, but we do know that many of them go undetected because most space debris slam into metal surfaces rather than glass as we saw with the Cupola window.

To learn more about them, NASA recently attached a new sensor to the International Space Station’s exterior called the Space Debris Sensor (SDS). Specially-calibrated right here on Earth, the SDS will detect even the slightest collisions over the next few years and help scientists collect data for analysis.

The information SDS gathers could help us discern a variety of things, including:

  • The frequency of collisions
  • How big the debris are upon impact
  • The speed at which the space debris travel
  • Which direction the space debris came from
  • And more…

When everything is officially said and done, the research could help NASA make the International Space Station even safer for astronauts on the job. Furthermore, it could help scientists discover new ways to clean our stellar neighborhood of unwanted space junk.

Related: ISS-CREAM studies cosmic rays from the International Space Station

It should be interesting to see how the SDS might revolutionize humankind’s use of outer space.

Source: Universe Today

About the Author
Other
Fascinated by scientific discoveries and media, Anthony found his way here at LabRoots, where he would be able to dabble in the two. Anthony is a technology junkie that has vast experience in computer systems and automobile mechanics, as opposite as those sound.
You May Also Like
OCT 16, 2022
Space & Astronomy
Astrobiology and Broccoli Gas
Astrobiology and Broccoli Gas
In a recent study published in The Astrophysical Journal, a team of researchers led by the University of California at R ...
OCT 25, 2022
Space & Astronomy
Detection of the Brightest Gamma-Ray Burst Ever
Detection of the Brightest Gamma-Ray Burst Ever
On October 9, 2022, telescopes detected one of the brightest gamma-ray bursts ever! A gamma-ray burst (GRB) is an extrem ...
OCT 28, 2022
Space & Astronomy
Magma Is Still Shaping The Surface of Mars
Magma Is Still Shaping The Surface of Mars
New research from Nature Astronomy shows that magma is still shaping the surface of Mars to this day. Researchers at ETH ...
DEC 02, 2022
Space & Astronomy
What is Cosmic Radiation?
What is Cosmic Radiation?
Labroots recently covered a hibernation study that examines how this technology can potentially protect future astronaut ...
JAN 15, 2023
Space & Astronomy
JWST Reveals Dusty Disk in Attempt to Directly Image Exoplanets
JWST Reveals Dusty Disk in Attempt to Directly Image Exoplanets
A team of astronomers have been using the James Webb Space Telescope (JWST) to attempt to directly image exoplanets arou ...
FEB 02, 2023
Space & Astronomy
The Awe-Inspiring and Majestic Rings of Saturn | Solar System Wonders
The Awe-Inspiring and Majestic Rings of Saturn | Solar System Wonders
Labroots recently explored the reflective and beautiful atmosphere of Venus that envelopes its hot and high-pressured su ...
Loading Comments...