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SAVIORIN SPACE, INC.
  • HOME
  • VEHICLES
    • Vulture I
  • NEWS
  • ABOUT SAVIORIN SPACE
    • Capability Statement
    • Team Members
  • CONTACT US
  • CAREER
    • Company Culture
SAVIORIN SPACE, INC.
  • HOME
  • VEHICLES
    • Vulture I
  • NEWS
  • ABOUT SAVIORIN SPACE
    • Capability Statement
    • Team Members
  • CONTACT US
  • CAREER
    • Company Culture
  • More
    • HOME
    • VEHICLES
      • Vulture I
    • NEWS
    • ABOUT SAVIORIN SPACE
      • Capability Statement
      • Team Members
    • CONTACT US
    • CAREER
      • Company Culture

SAVIORIN SPACE

Vulture 1 characteristics:

  1. Capture Mechanisms: Vulture 1 involves robotic arms, nets, tethers, or other systems designed to physically grasp or attach to space debris.

  2. Propulsion Systems: A debris removal vehicle would require propulsion systems to approach, capture, and deorbit the targeted debris. Vulture 1 advanced propulsion technologies.

  3. Navigation and Guidance Systems: Vulture 1 has precise navigation and guidance systems which is essential to maneuver the removal vehicle close to the debris and execute the capture operation safely.

  4. Deorbiting Technology: Once Vulture 1 captured, the debris removal vehicle would need a mechanism to deorbit the captured debris so that it re-enters Earth's atmosphere.

  5. Communication Systems: Vulture 1 effective communication systems would allow operators on Earth to control and monitor the activities of the space debris removal vehicle.

  6. Safety Measures: Vulture 1 has the capability to Ensure the safety of the International Space Station, operational satellites, and other space assets during the debris removal process is crucial.


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