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Vision-Based LiDAR Sensor For Space Debris Removal And Navigation.pdf

4f31b8c1-bac2-40ea-80c2-77771278e427_A Vision-based LiDAR Sensor Technology for Space Debris Removal.pdf
Preview of Vision-Based LiDAR Sensor for Space Debris Removal and Navigation
🔗 Source: csem.cdn.prismic.io
📊 Size: 658 KB
👤 Author: A. Pollini, C. Pache, S. Pernecker, M. Tomil, L. Giriens, G. Perruchoud, F. Droz, J.-L. Nagel, P.A.
⬇️ Downloads: 46

Summary

This low-cost microsatellite mission will test key technologies for capturing and deorbiting inactive space debris objects.

Key Features of VBN:

Dual-subsystem design: Combines a flash imaging LiDAR with a standard color camera.
Low-cost approach: Utilizes non-space-qualified components to reduce mission costs, highlighting the innovation in the LiDAR itself.
Compact size and mass: Weighing only 2 kg and measuring 10x10x15 cm³, it's suitable for a 100kg class satellite.
 3D imaging capabilities: Specified to capture 3D images at distances between 1 and 40 meters.

Functionality and Testing:

The VBN sensor successfully completed functional testing using a target mockup.
 It generates both intensity images (like regular cameras) and distance/depth maps providing 3D information.
* Environmental tests and integration with the satellite are scheduled for late 2016, with a planned launch in May 2017.

Significance:

The VBN sensor is crucial to the success of RemoveDEBRIS, demonstrating the feasibility of vision-based navigation and capture for space debris removal – a critical step towards a cleaner Earth orbit.

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Description

Vision-based LiDAR sensor technology developed for space debris removal, aiming to enable safe space operations by enabling precise navigation and collision avoidance, with potential applications in automotive, unmanned vehicles, and Earth management. Growing space debris poses significant risk to satellites and the International Space Station (ISS).

Technical Information

  • File Format: PDF
  • File Size: 658 KB
  • Pages: 1
  • Language: EN
  • Author: A. Pollini, C. Pache, S. Pernecker, M. Tomil, L. Giriens, G. Perruchoud, F. Droz, J.-L. Nagel, P.A.
  • Total Downloads: 46
  • Last Updated: 6 days ago

Document Overview

This PDF document about Vision-Based LiDAR Sensor for Space Debris Removal and Navigation provides comprehensive information and guidance. Whether you're a beginner or advanced user, this resource offers valuable insights into Vision-Based LiDAR Sensor for Space Debris Removal and Navigation.

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Vision-Based guideVision-Based tutorialLiDAR guideLiDAR tutorialSensor guideSensor tutorialSpace guideSpace tutorialDebris guideDebris tutorialRemoval guideRemoval tutorialNavigation guideNavigation tutorial

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