When can I see a certain satellite?
Notable Satellites
Name
NORAD (Satellite ID)
Int. Space Station
25544
Hubble Space Telescope
20580
SpaceX Dragon
46920
Find more of the brightest satellites' NORAD IDs here.
Check out the source code for this project here!.
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Based on you query, Satellite NORAD # will be visible in the following three instances, based on three different locations geographically within the area.
Based on you query, Satellite NORAD # will be visible in the following three instances, based on three different locations geographically within the area.
1st Result :
The satellite will come in to view on the following date:
Starting at: (Coordinated Universal Time), viewers should look in the Hemisphere at a degree angle of elevation (also known as altitude). At it's peak, the satellite will move to the Hemisphere at a 10.01 degree angle of elevation, eventually disappearing in the Southern Hemisphere at a 10.01degree angle of elevation.
The total length of time this satellite will be visible is: (minutes and seconds).
Starting at: (Coordinated Universal Time), viewers should look in the Hemisphere at a degree angle of elevation (also known as altitude). At it's peak, the satellite will move to the Hemisphere at a 10.01 degree angle of elevation, eventually disappearing in the Southern Hemisphere at a 10.01degree angle of elevation.
The total length of time this satellite will be visible is: (minutes and seconds).
2nd Result :
The satellite will come in to view on the following date:
Starting at: 2:11:21 (Coordinated Universal Time), viewers should look in the Hemisphere at a degree angle of elevation (also known as altitude). At it's peak, the satellite will move to the Hemisphere at a degree angle of elevation, eventually disappearing in the Hemisphere at a degree angle of elevation.
The total length of time this satellite will be visible is: (minutes and seconds).
Starting at: 2:11:21 (Coordinated Universal Time), viewers should look in the Hemisphere at a degree angle of elevation (also known as altitude). At it's peak, the satellite will move to the Hemisphere at a degree angle of elevation, eventually disappearing in the Hemisphere at a degree angle of elevation.
The total length of time this satellite will be visible is: (minutes and seconds).
3rd Result :
The satellite will come in to view on the following date:
Starting at: (Coordinated Universal Time), viewers should look in the Western Hemisphere at a degree angle of elevation (also known as altitude). At it's peak, the satellite will move to the Hemisphere at a degree angle of elevation, eventually disappearing in the Southern Hemisphere at a degree angle of elevation.
The total length of time this satellite will be visible is: (minutes and seconds).
Starting at: (Coordinated Universal Time), viewers should look in the Western Hemisphere at a degree angle of elevation (also known as altitude). At it's peak, the satellite will move to the Hemisphere at a degree angle of elevation, eventually disappearing in the Southern Hemisphere at a degree angle of elevation.
The total length of time this satellite will be visible is: (minutes and seconds).