
High Gain Nanosatellite Deployable Antenna Award last edited on: 6/25/2010
Sponsored Program
SBIRAwarding Agency
DOD : AFTotal Award Amount
$99,898Award Phase
1Solicitation Topic Code
AF093-070Principal Investigator
George SebestyenCompany Information
Adcole Maryland Aerospace (AKA: Maryland Aerospace Inc~IMI~Applied Systems Engineering Inc~IntelliTech Microsystems Inc~MAI)
2138 Priest Bridge Court Suite 3
Crofton, MD 21114
Crofton, MD 21114
(410) 451-2505 |
discover@adcolemai.com |
www.adcolemai.com |
Location: Multiple
Congr. District: 04
County: Anne Arundel
Congr. District: 04
County: Anne Arundel
Phase I
Contract Number: ----------Start Date: ---- Completed: ----
Phase I year
2010Phase I Amount
$99,898Benefit:
Deployable, steerable, momentum and center of gravity compensated spacecraft antennas for Nanosatellites would enable Cubesats and other small Nanosats to overcome one of their present, main limitations, that of not being able to transmit from low power spacecraft transmitters to ground users at high bit rates or to transmit to small ground station antennas. Availability of high gain spacecraft antenna gains would make imaging applications of Nanosatellites very practical, whether for commercial or military purposes. This Company developed (on DARPA funding) very small 3-axis attitude control systems for Nanosatellites, already resulting in initiation of a number of Nanosatellite programs that could not have been possible without a 3-axis precise attitude control system. In the same way, we believe that deployable high gain antennas for Nanosatellites will open up another host of new Nanosatellite applications.. This Company was very successful in commercializing the small ADACS by having sold about 18 systems in less than one year. We believe that the deployable spacecraft antenna for Nanosatellites has similar, large commercialization potential.
Keywords:
Cubesat, Nanosat, Deployable, Spacecraft Antennas, Momentum And Cg Compensation
Phase II
Contract Number: ----------Start Date: ---- Completed: ----