The NRO\u27s Colony I and II programs have established the 3U CubeSat as a capable and low-cost platform for technology demonstration and other missions. Experience gained from successful Colony-class missions has raised expectations for the capabilities expected in a 3U CubeSat. In this presentation, we will address how we have recently integrated new technologies, including star trackers, high-power solar arrays and EPS, advanced battery protection, higher-speed radios, GPS, propulsion, more powerful computing platforms, new manufacturing techniques and materials, and advanced payloads interfaces into what remains a volume- and mass-limited form factor. We will address the impact on mission-specific configuration requirements on packaging...
New architectural and affordable Advanced Manufacturing (AM) techniques were successfully demonstrat...
CubeSat nanosatellites use a standardized chassis format to permit low-cost space missions through t...
For remote sensing missions, the fractionated functionality of CubeSats provides a potential way to ...
Since 2007 the National Reconnaissance Office (NRO) has made a significant commitment to leveraging ...
This paper describes the main concept and development of a standard platform architecture of 3U Cube...
n response to our U.S. government sponsors ’ needs for smaller spacecraft that will more effectively...
It is critical for cost effective growth of CubeSats and other canisterized satellites to standardiz...
The increasing number of space-related applications and the development of miniaturized satellites (...
By severely limiting satellite size and weight, the popular CubeSat nanosatellite standard realizes ...
While lower cost and increased launch opportunities provide easier access to space, there are differ...
Over the past few years there has been a renascence in the CubeSat community. This insurgence has le...
Since the first release of the CubeSat standard a diverse market for CubeSat components has develope...
Planetary science originally tended to make use of "flagship" missions characterized by big satellit...
The number of CubeSats and small satellites placed in orbit has been growing exponentially since 199...
CubeSat nanosatellites use a standardized chassis format to permit low-cost space missions through t...
New architectural and affordable Advanced Manufacturing (AM) techniques were successfully demonstrat...
CubeSat nanosatellites use a standardized chassis format to permit low-cost space missions through t...
For remote sensing missions, the fractionated functionality of CubeSats provides a potential way to ...
Since 2007 the National Reconnaissance Office (NRO) has made a significant commitment to leveraging ...
This paper describes the main concept and development of a standard platform architecture of 3U Cube...
n response to our U.S. government sponsors ’ needs for smaller spacecraft that will more effectively...
It is critical for cost effective growth of CubeSats and other canisterized satellites to standardiz...
The increasing number of space-related applications and the development of miniaturized satellites (...
By severely limiting satellite size and weight, the popular CubeSat nanosatellite standard realizes ...
While lower cost and increased launch opportunities provide easier access to space, there are differ...
Over the past few years there has been a renascence in the CubeSat community. This insurgence has le...
Since the first release of the CubeSat standard a diverse market for CubeSat components has develope...
Planetary science originally tended to make use of "flagship" missions characterized by big satellit...
The number of CubeSats and small satellites placed in orbit has been growing exponentially since 199...
CubeSat nanosatellites use a standardized chassis format to permit low-cost space missions through t...
New architectural and affordable Advanced Manufacturing (AM) techniques were successfully demonstrat...
CubeSat nanosatellites use a standardized chassis format to permit low-cost space missions through t...
For remote sensing missions, the fractionated functionality of CubeSats provides a potential way to ...