COPPER 2 [SLU]
The COPPER 2 (Close Orbiting Propellant Plume and Elemental Recognition 2) mission is to perform a flight of a commercially-available, compact microbolometer array, a tiny infrared camera developed by FLIR Systems, to evaluate the suitability of using this instrument for Earth observation and space situational awareness. It is a follow-on mission to the COPPER (SLU 01) satellite, but in a larger 3U CubeSat bus.
COPPER 2 is an 3U CubeSat designed to operate in Low Earth Orbit. It is to flight-test a neural network for automated event detection and response. The neural network will be trained to detect interesting and unexpected science events (in images and on-board telemetry), and the spacecraft will record these events.
The payload will consist of two imagers: the FLIR Quark LWIR, and a commercial visible-light imager.
The launch is planned in early 2017 as asecondary payload on a Minotaur-C-3210 rocket.
|Type / Application:||Technology|
|Operator:||St. Louis University|
|Contractors:||St. Louis University|
|Power:||Solar cells, batteries|
|COPPER 2 (SLU 03)||-||2017||Va 576E||Minotaur-C-3210||with SkySat 8, SkySat 9, SkySat 10, SkySat 11, SkySat 12, SkySat 13, CPOD A, CPOD B, MinXSS 2, RANGE A, RANGE B|