Hello all,
I've been thinking more and more about Starlink and their current 1000+ (soon to be around 7,200, then within 10 years 42,000, originally it was supposed to be 12,000) satellites and the light pollution (light reflection) that the satellites have been causing some stargazers and astronomers to complain about. Yes I do have a telescope with multiple eyepieces, filters, smartphone adapter, USB camera eyepiece for computers/laptops and a tracking motor, sadly it's not mobile even though I wish that it was.
Did you know that by the time SpaceX finishes launching all of its planned Starlink satellites, Starlink will have 15 times more Starlink satellites in orbit than all the other satellites added together. Even though Starlink satellites are designed to automatically manoeuvre away from other obstacles (hopefully limiting collisions causing space debris), just under 2% of Starlink satellites have lost manoeuvrability capabilities or have failed completely. Starlink satellites are designed to have a working lifespan of between 5 to 7 years, as technology advances the satellites will be decommissioned and replaced with newer up to date satellites using updated technology. Yesterday the Falcon 9 launch vehicle carried 60 more Starlink satellites into orbit ready to deploy and expand planetary internet coverage.
Hmm, now lets answer my original question.
Newer Starlink satellites try to counteract light pollution with a specialdark coating that faces our planet, hopefully this will mitigate the light pollution issues that are causing stargazers and astronomers such huge problems. Stargazers and astronomers have complained that they can't see for examples any potential object (small or large) that in theory could collide with the earth as all they can see are streaks of light from the Starlink satellite system.
Lets hope that this new coating that Starlink are using will fix their light pollution issues.
Below is a link to the current status of the SpaceX Starlink satellite map, I found it quite interesting and I learned more than I though I would.
satellitemap.space
How to use the satellite map
Screenshot
Enjoy
I've been thinking more and more about Starlink and their current 1000+ (soon to be around 7,200, then within 10 years 42,000, originally it was supposed to be 12,000) satellites and the light pollution (light reflection) that the satellites have been causing some stargazers and astronomers to complain about. Yes I do have a telescope with multiple eyepieces, filters, smartphone adapter, USB camera eyepiece for computers/laptops and a tracking motor, sadly it's not mobile even though I wish that it was.
Did you know that by the time SpaceX finishes launching all of its planned Starlink satellites, Starlink will have 15 times more Starlink satellites in orbit than all the other satellites added together. Even though Starlink satellites are designed to automatically manoeuvre away from other obstacles (hopefully limiting collisions causing space debris), just under 2% of Starlink satellites have lost manoeuvrability capabilities or have failed completely. Starlink satellites are designed to have a working lifespan of between 5 to 7 years, as technology advances the satellites will be decommissioned and replaced with newer up to date satellites using updated technology. Yesterday the Falcon 9 launch vehicle carried 60 more Starlink satellites into orbit ready to deploy and expand planetary internet coverage.
Hmm, now lets answer my original question.
Newer Starlink satellites try to counteract light pollution with a special
Lets hope that this new coating that Starlink are using will fix their light pollution issues.
Below is a link to the current status of the SpaceX Starlink satellite map, I found it quite interesting and I learned more than I though I would.
Starlink satellite tracker
Live view of SpaceX starlink satellite constellation and coverage.
How to use the satellite map
Screenshot
Enjoy