• CubeSat

6U CubeSat

Spacecraft 6U CubeSat
CUBESAT

6U CubeSat

With more than 50 CubeSats launched, Blue Canyon’s XB line is reliable, high-performing and flight proven, providing a highly accurate, turnkey solution for your next mission.

Class

6U

Available Payload Volume

4U (typical)

Pointing Accuracy

±0.002° (1-sigma), 3 axes, 2 Trackers

Orbit Altitude / Orbit Lifetime

LEO (> 5 years), GEO (> 2 years), Deep Space (> 2 years)

Real-World Missions

Proven Heritage

Units Launched

34

Units In-Work

20

Our agile CubeSat technology is enabling the NASA Ames Starling mission to demonstrate autonomous cooperation, without the need for real-time updates from mission control. This “swarm” technology is critical to future deep space missions, where highly autonomous spacecraft will be indispensable.

Furthermore, the upcoming SPARCS mission intends to use a 6U CubeSat – roughly the size of a cereal box – to study the high-energy environments of exoplanets around distant stars, performing ultraviolet astrophysics research that can only be done now with the multi-billion-dollar, monolithic spacecraft Hubble. However, with Blue Canyon’s pointing accuracy and low-jitter reaction wheels, these types of small but powerful missions are now much more affordable.

6U CubeSat

Missions

  • AGILE MICROSATELLITE (AMS)

    MIT Lincoln Laboratory

    Objective:

    First-of-its-kind mission that demonstrated that a CubeSat can positively control attitude in very low Earth orbit.

    BCT Provided:

    XB6 CubeSat bus, Mission Operations

  • ARCSTONE

    NASA Langley Research Center

    Objective:

    Provide accurate measurements of lunar spectral reflectance to significantly improve lunar calibrations standard.

    BCT Provided:

    XB6 CubeSat bus, System Integration and Test, Spacecraft Operations

  • CIRCE

    
US Naval Research Laboratory and Defence Science and Technology Laboratory UK

    Objective:

    CubeSats flying in tandem formation in low-Earth orbit to measure the ionosphere and radiation environment space from multiple vantage points.

    BCT Provided:

    Two XB6 CubeSat bus, Mission Operations

  • AGILE MICROSATELLITE (AMS)

    MIT Lincoln Laboratory

    Objective:

    First-of-its-kind mission that demonstrated that a CubeSat can positively control attitude in very low Earth orbit.

    BCT Provided:

    XB6 CubeSat bus, Mission Operations

CubeSats, Microsats & Minisats

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