• Microsatellite

Venus-100

Spacecraft Venus-100 Microsatellite
M-LINE

Venus-100

Reliable, high-performing and flight-proven, our Venus-100, ESPA-class bus platform is currently operating on-orbit, supporting diverse applications. Our suite of spacecraft solutions feature autonomous mission, hardware encryption on TTC radio subsystems and industry-leading guidance, navigation and control systems.

Class

ESPA-Standard or large 15” launch vehicle interface

Available Payload Volume

20.5” X 16.4” X 27.0” (1 array) or 17.0” X 16.4” X 27.0” (2 array) Larger volume available depending on launch vehicle

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

06

Units In-Work

07

In addition to our industry-leading pointing accuracy, Blue Canyon is where customers turn for solutions for thermal control, guidance and navigation and mission challenges. For example, when DARPA and Northrop Grumman wanted to space-qualify a new type of Kapton membrane reflectarray antenna, they relied on Blue Canyon to manage the guidance and navigation challenges of controlling a large, deployable structure with a much smaller spacecraft – our Venus-100 microsatellite.

In addition, Colorado State University and NASA’s Jet Propulsion Laboratory selected Blue Canyon’s Venus-class minisatellite to better understand the complex dynamics of thunderstorms and their impact on Earth’s climate and weather models. A constellation of three Venus-100 spacecraft will fly in tandem coordination as part of the INCUS mission, each displaying a dynamic atmospheric radar and dynamic microwave radiometer measuring the atmospheric conditions of Earth.

Venus-100
  • Microsatellite

Missions

  • INCUS

    NASA Jet Propulsion Laboratory | Colorado State University

    Objective:

    Provide the first tropics-wide investigation of the evolution of the vertical transport of air and water by convective storms.

    BCT Provided:

    Constellation of three Venus-100 buses

  • Mission 3 APEX 1.0 Lunar Lander Communications Relay


    ispace-U.S.

    Objective:

    Accompany the Mission 3 APEX 1.0 lunar lander to relay data between the Earth and the far side of the Moon, enabling rapid data transmission from the lander and its payloads.

    BCT Provided:

    Two Venus-100 buses

  • R3D2

    Defense Advanced Research Projects Agency (DARPA) | Northrop Grumman

    Objective:

    To space-qualify a new type of Kapton membrane reflect array antenna.

    BCT Provided:

    Venus-100 bus

  • INCUS

    NASA Jet Propulsion Laboratory | Colorado State University

    Objective:

    Provide the first tropics-wide investigation of the evolution of the vertical transport of air and water by convective storms.

    BCT Provided:

    Constellation of three Venus-100 buses

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