ANDE debris from the avionics deck that was launched on the 15th July, 2009 as part of the Atmospheric Neutral Density Experiment (ANDE) is predicted to re-enter the Earths atmosphere on the 13th February, 2010.
ANDE Debri (CASTOR Cylinder) that was launched on the 15th July, 2009 as part of the Atmospheric Neutral Density Experiment (ANDE) is predicted to re-enter the Earths atmosphere on the 12th November, 2009.
ANDE Castor and Pollux are two twin spherical microsatellites (0.39 metres) that were launched from the Shuttle payload bay. They were designed by students in cooperation with the Naval Research Laboratory. The satellites mission was to measure the density and composition of the Low Earth Orbit (LEO) atmosphere. The Castor microsatellite stopped transmitting for unknown reasons on the 28th September, 2009. The Pollux microsatellite stopped transmitting due to low battery power on the 13th September, 2009.
ANDE-2 Deployed from Space Shuttle Endeavour NRL's satellite suite, the Atmospheric Neutral Density Experiment 2 (ANDE-2), was deployed from NASA's Space Shuttle Endeavour on July 30, 2009. The ANDE-2 satellite suite consists of two nearly perfectly spherical micro-satellites. ANDE-2 is a low-cost mission designed to study the atmosphere of the Earth from low-Earth orbit by monitoring total atmospheric density between 300 and 400 km altitude.
NRL's ANDE-2 Launches Aboard STS-127 The Naval Research Laboratory's satellite suite, the Atmospheric Neutral Density Experiment 2 (ANDE-2), launched aboard NASA's Space Shuttle Endeavour on July 15, 2009. The ANDE-2 satellite suite consists of two nearly perfectly spherical micro-satellites with instrumentation to perform two interrelated mission objectives. The first objective is to monitor the total atmospheric density along the orbit for improved orbit determination of resident space objects. The second is to provide a test object for both radar and optical U.S. Space Surveillance Network sensors. ANDE-2 is a low-cost mission designed to study the atmosphere of the Earth from low-Earth orbit by monitoring total atmospheric density between 300 and 400 km altitude. ANDE-2 data will be used to improve methods for the precision orbit determination of space objects and to calibrate the Space Fence, a radar space surveillance system belonging to the Air Force 20th Space Control Squadron, a principal resource for tracking low-Earth orbiting space satellites.