Astrobee - Executive Summary.pdf
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This is an executive summary presentation from NASA detailing the Astrobee free-flying robotic system on the International Space Station (ISS). The Astrobee facility consists of three cube-shaped robots (named Bumble, Honey, and Queen), software, and a docking station used for recharging. The system has accumulated 1,215 hours of ISS on-orbit operations and can operate autonomously without crew supervision to conduct surveys across multiple modules.
The robots feature electric fan-based propulsion, three payload bays that can carry up to 1kg each with 14.4V/2A power supply, localization software for autonomous execution, and a robotic arm for "perching". The system supports multiple technology demonstrations and STEM outreach activities, including RFID reconnaissance, gecko material grasping, autonomous logistics management, spacecraft refueling, debris removal, and 3D scanning. Current operational units include two Astrobees (Bumble and Honey) on the ISS, with Queen undergoing repairs on the ground expected to be flight-ready by August 2024. The facility maintains additional flight spares and ground testing units across multiple labs to support ongoing operations.
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Page No. 1
Astrobee – Executive Summary
OZ3/Henry Orosco ISS Research Portfolio Manager henry.y.orosco@nasa.gov April 3, 2024
NOT EXPORT CONTROLLED
This publication does not contain information which falls under the purview of the U.S. Munitions List (USML), as defined in the International Traffic in Arms Regulations (ITAR), 22 CFR 120-130, and is not export controlled. This publication does not contain information within the purview of the Export Administration Regulation (EAR), 15 CFR 730-774, and is not export controlled mailto:henry.y.orosco@nasa.gov
Page No. 2
Astrobee Overview
• An ISS Astrobee Facility provides a free-flying robotic system for ISS research and ISS STEM outreach. The Astrobee free-flying robotic system consists of three cubed-shaped robots, software, and a docking station used for recharging.
Chris Cassidy, GMT 248 2020 Free Flyers on Docking Station, JEM GMT 070 2024
Page No. 3
Astrobee Technology Demonstrations and STEM Outreach
• Autonomous Logistics Management with Radio Frequency Identification (RFID) Reconnaissance
• (Recon)RFID Recon (NASA AES/REALM-2) Technology for autonomous caretaking of spacecraft primarily during uncrewed mission phases, ISS Panoramic Imagery Link
• ISAAC (NASA STMD-GCD/ARC)
• Gecko material grasping and safe trajectory optimization
• Gecko (NASA STMD/Stanford)
• Annual Kibo Robot Programming Challenge for STEM Education
• JAXA 5thKibo-RPC ink
• Spacecraft On-Orbit Refueling and Storage
• SOARS (ISS NL/Zero-g Horizons)
• Docking for Rendezvous Proximity Operations
• CLINGERS(ISS NL/JPL-USC)
• Annual ISS Programing Challenge for STEM Education
• Zero Robotics (ISS NL/MIT)
• Sensor payload to support multi-resolution 3D scanning
• Multi-Resolution Scanner (MRS) (ISS NL/CSIRO)
• Space debris removal system in microgravity.
• REACCH (ISS NL/KMI)
• Advanced Free-Flyer Maneuvers for self-toss and retrieval of cargo with inaccurate inertia estimates
• Astrobatics (NASA-DoD/Naval Postgraduate School)
• Algorithms for collaborative behavior between multiple robots in space including cargo transfer
• Astroporter (NASA-STMD/Tethers Unlimited)
• Gecko material grasping
• REGGAE (ISS NL/NanoRacks-Braunschweig)
• Autonomous rendezvous with non-cooperative tumbling targets
• ROAM (ISS NL/MIT-DLR)
• Algorithms for safe on-orbit assembly, logistics, and cooperative control
• ReSWARM (ISS NL/MIT)
• Beacon-assisted vision-based navigation for formation flight
• SVGS (NASA STMD/FIT)
• 3D Acoustic Monitoring
• SoundSee (ISS NL/Astrobotic-Bosch)
Payloads in ISS Integration or Operational
Completed Investigations https://www-stage.nasa.gov/specials/pano/pannellum.htm?config=tour.json
Page No. 4
ISS Astrobee Facility Overview
• Concept of ops summary
• Dock battery recharging when idle
• Autonomously undock, survey multiple modules, return to dock, and no crew supervision
• 1215 hours of ISS On-Orbit operation
Capabilities
• Localization S/W used to execute autonomously
• All electric + fan-based propulsion
• Three payload bays for expansion
• Payload power, 14.4 V, 2 A nominal
• Certified to carry 1 kg of payload mass
• P/L software supported by CPU: Snapdragon 820, 4 cores, 2.2GHzRAM: 4GB
• Robot arm for “perching”
Page No. 5
Astrobee Inventory
• On ISS:
• Two Astrobees (Bumble & Honey), One Dock
• On Ground, available for flight
• Queen (at Ames for repairs) will be ready for flight by August 2024
• Flight-Spare (at JSC)
• Spare parts equivalent to four additional Astrobee builds, with a few items missing
• Ground Lab assets (not for flight):
• Two Astrobee’s, One Dock
Name Status
Flat Sat A Operational
Flight 1,3 In Space, Operational
Flight 2 On Ground, In Repair
Flight Spare Operational, at JSC
Cert (B#) Operational
Ground (Wannabee) Operational
Page No. 6
Summary
• Proven facility
• 1215 hours of operation
• Spares to support through end of ISS
• Capable of supporting a variety of free flyer tech demos and stem outreach activities
Page No. 7 7
QUESTIONS?
Page No. 8
Back Up
Page No. 9
On-Orbit Activities (since April 2023)
AB137: ZR Tech Demo 2 May 02
AB138: UAE ZR Dry Run May 16
AB139: Kibo RPC Tech Rehearsal 1 May 30
AB140: ZR Tech Demo 3 June 07
AB141: UAE ZR Finals June 23
AB142: Kibo RPC Tech Rehearsal 1.5 June 27
AB143: ZR Unit Test June 28
AB144: Crew Minimal S11 July 03
AB145: Crew Minimal S12 July 21
AB146: ZR Dry Run July 26
AB147: ZR Finals Aug. 03
AB148: Kibo RPC Tech Rehearsal 2 Aug. 16
AB149: Honey Checkout Aug. 30
AB150: Crew Minimal S13 Sept. 07
AB151: Kibo RPC Finals Sept. 13
AB152: Dock Station Repair Sept. 28
Page No. 10
Hardware and Lab Status
• Granite Lab: Online • Flight Lab: Online
• Engineering Evaluation Lab (EEL): Available upon request
Name Status
Flat Sat A Operational
Flight 1,2 (Bumble, Honey) In Space, Operational
Flight 3 (Queen) On Ground, repair TBD
Flight Spare Operational
Cert (B#) Operational
Ground (Wannabee) Operational
Page No. 11
What is a panorama image?
https://www-stage.nasa.gov/specials/pano/pannellum.htm?config=tour.json This interactive google-street-view like interface for ISS 360-degree panoramas can significantly enhance vehicle caretaking and ground operator situational awareness https://www-stage.nasa.gov/specials/pano/pannellum.htm?config=tour.json
| Astrobee – Executive Summary |
| Astrobee Overview |
| Astrobee Technology Demonstrations and STEM Outreach |
| ISS Astrobee Facility Overview |
| Astrobee Inventory |
| Summary |
| Slide Number 7 |
| Back Up |
| On-Orbit Activities �(since April 2023) |
| Hardware and Lab Status |
| What is a panorama image? |
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