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Window Observational Research Facility

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305: 290: 154: 278: 27: 266: 1098: 342: 908: 71:. The rack provides a payload volume equivalent to 0.8 m (28 cu ft), and will be able to support up to three payloads simultaneously, depending on available resources and space available at the window. The WORF will also provide access and equipment for crew Earth observations, such as crew restraints, camera/camcorder brackets, and condensation prevention. WORF payloads include those focusing on 193: 515: 188:
WORF Payload operations will consist of crew-tended or automated activities. For crew-tended operations, the WORF hatch will be removed and the crew member can use the payload shroud to block any incoming light from the U.S. Laboratory. For automated operations, the hatch will be installed to protect
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on the interior surface of the window and a retractable bump shield to protect the interior window surface from impacts of loose tools and hardware being used in the area during the set-up and change-out of sensor packages by the crew. The interior of the WORF provides a non-reflective, light-tight
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After installation, WORF will be powered on by crew/ground command and a checkout will be performed to ensure all systems are functioning. After checkout, WORF will be ready to support payload operations. Typical payload operations will include mounting the imaging equipment on the payload shelf,
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WORF also provides attachment points for power and data transfer and the capability for multiple instruments to be mounted and used in the window simultaneously. WORF will include a means of preventing the formation of
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Eppler D, Runco S. Earth Observations Capabilities of the Window Observational Research Facility on Board the International Space Station. American Institute of Aeronautics & Astronautics. ;AIAA-2001-4915.
519: 98:(AAA) fan for air circulation within the rack, rack fire detection, and appropriate avionics to communicate with the ISS data network. The WORF will maximize the use of this window by providing 304: 127:. An opaque fabric shroud can be attached to the front of the rack to allow crew-members to work in the WORF without the problem of glare from the U.S. Laboratory interior lights. 265: 1122: 138:, or when the window is exposed to orbital ram conditions during special orientations of the ISS, the research lab window is protected by a metal cover on the outside of the 289: 181:
Window. The installation process includes attaching light close-outs, removing launch fasteners, connecting to U.S. Laboratory resources and installing mounting brackets.
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environment to minimize stray reflections and glare off the window allowing use to equipment that are sensitive to extremely low energy phenomena such as
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John Phillips, Expedition 11 Science Officer, with the Window Observation Research Facility (WORF) training rack at Johnson Space Center, Houston, TX.
462: 406: 1078: 378: 984: 385: 863: 1083: 392: 883: 873: 374: 868: 589: 145:. This external window shutter pivots on hinges and is rotated open and closed by the crew using controls on the WORF rack. 64: 677: 502: 425: 399: 1032: 548: 853: 1006: 858: 363: 243: 1127: 782: 446: 478: 524: 157:
The Shuttle crew that delivered WORF to ISS poses for a crew photo after their successful mission to space
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Close-up image of the Window Observation Research Facility (WORF) Flight rack at Kennedy Space Center.
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the payload hardware and commands can be sent to the payload via the ground or WORF laptop computer.
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Rack hardware which includes a Rack Interface Controller (RIC) box for power and data connection,
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connecting power/data cables, powering payload subsystems and initiating payload software.
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After transfer into the US Lab, WORF will be installed in the LAB1D3 location over the
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Klingon, Cookies and Class Project Arrive at Space Station on Shuttle โ€“ www.space.com
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and crew members can perform Earth and space science research, including hand held
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ISS Window Observational Research Facility (WORF) โ€“ Summary โ€“ spaceandtech.com
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WORF arrives at the International space station โ€“ neatinformation.com
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Experiment rack facility manufactured by the Brazilian Space Agency
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and other instruments) to capture imagery of the Earth and space.
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EXpedite the PRocessing of Experiments to Space Station (EXPRESS)
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Science facilities on the International Space Station
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Window Observational Research Facility (WORF) โ€“ NASA
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and utilizes avionics and hardware adapted from the
366:. Unsourced material may be challenged and removed. 1114: 479:"NASA โ€“ Window Observational Research Facility" 59:, at the U.S. Laboratory Science Window on the 922: 583: 526:Window Observational Research Facility (WORF) 458: 456: 454: 495: 313:takes photographs of the Earth from the WORF 200: 130:When the WORF is not in use, when visiting 19:"WORF" redirects here. For other uses, see 590: 576: 473: 471: 451: 234:for permission and to ensure correctness. 208:As an allusion to the fictional character 65:International Standard Payload Rack (ISPR) 426:Learn how and when to remove this message 83:, environmental and coastal changes, and 375:"Window Observational Research Facility" 298:prepares to take photographs in the WORF 191: 152: 25: 468: 318: 1115: 831:Window Observational Research Facility 161:WORF was delivered by ISS Flight 19A ( 45:Window Observational Research Facility 571: 364:adding citations to reliable sources 335: 106:, multi-spectral and hyper-spectral 13: 14: 1139: 537: 136:International Space Station (ISS) 1097: 1096: 1033:Centrifuge Accommodations Module 906: 518: This article incorporates 513: 340: 303: 288: 276: 264: 226:. The patch's creator contacted 1007:Multi-Purpose Logistics Modules 351:needs additional citations for 216:television and movie franchise 783:International Docking Adapters 440: 244:Scientific research on the ISS 90:The WORF design uses existing 1: 331: 172: 559:WORF and Klingons occupy ISS 7: 820:Pressurized Mating Adapters 600:International Space Station 237: 148: 61:International Space Station 10: 1144: 788:Integrated Truss Structure 778:ExPRESS Logistics Carriers 773:External Stowage Platforms 257: 53:remotely operated payloads 18: 1092: 1071: 1020: 997: 972: 953: 946: 915: 904: 839: 750: 668: 613: 606: 1079:Manufacturing of the ISS 1053:Universal Docking Module 1058:Russian Research Module 798:Mobile Servicing System 1048:Science Power Platform 1012:Interim Control Module 520:public domain material 197: 158: 63:. WORF is based on an 49:Brazilian Space Agency 40: 961:Axiom Orbital Segment 195: 156: 134:are docking with the 96:Avionics Air Assembly 29: 21:Worf (disambiguation) 1128:Destiny (ISS module) 1063:Science Power Module 768:European Robotic Arm 360:improve this article 319:Related publications 69:EXPRESS Rack program 1084:Assembly of the ISS 1043:Crew Return Vehicle 793:Life Support System 30:Japanese astronaut 965:US Deorbit Vehicle 598:Components of the 198: 196:WORF mission patch 159: 41: 1110: 1109: 1038:Habitation Module 1028:Propulsion Module 993: 992: 942: 941: 902: 901: 763:Electrical System 436: 435: 428: 410: 34:installs WORF in 1135: 1100: 1099: 951: 950: 920: 919: 910: 611: 610: 592: 585: 578: 569: 568: 564:โ€“ 17. 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Index

Worf (disambiguation)

Naoko Yamazaki
Destiny
Brazilian Space Agency
remotely operated payloads
photography
International Space Station
International Standard Payload Rack (ISPR)
EXPRESS Rack program
geology
agriculture
ranching
education
EXpedite the PRocessing of Experiments to Space Station (EXPRESS)
Avionics Air Assembly
sensors
cameras
scanners
camcorders
condensation
auroras
spacecraft
International Space Station (ISS)
Destiny lab module

STS-131
Space Shuttle

Worf

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