3 ms·
Probably Radar based tracking with the possible add-on of multiple visual angles being able to communicate with each other. If you are interested in some furth
by JoblessWonder 11y ago
Probably Radar based tracking with the possible add-on of multiple visual angles being able to communicate with each other. If you are interested in some further reading, here are some interesting articles/videos:
Shuttle launch imagery from land, air and water - http://www.nasa.gov/pdf/167722main_LaunchImagery06.pdf http://www.nasa.gov/pdf/167722main_LaunchImagery06.pdf
Software to control a telescope (with sample videos) - http://www.optictracker.com/Home.html http://www.optictracker.com/Home.html
Description of NASA's setup - http://photo.net/casual-conversations-forum/00cv5p http://photo.net/casual-conversations-forum/00cv5p
PDF of L3's system which provides a great overview - http://www2.l-3com.com/ios/pdf/L-3%20Brashear%20Capabilities%20-%20Range%20Systems%2001-11-08.pdf http://www2.l-3com.com/ios/pdf/L-3%20Brashear%20Capabilities...
- netfire 11y agoThanks for the links! I'll try to look at those when I have some time. On a quick glance, it looks like most of those systems are ground based and pretty large (which works great for launch footage), the video posted appears to be looking down on the landing pad at the end, which leads me to believe the camera is located on a helicopter. Could a radar based camera be mounted on a helicopter, or could land-based tracking devices work in conjunction with a helicopter mounted camera to achieve the tracking?