International Space Station

**International Space Station**
	habitable artificial satellite in low Earth orbit
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Instance of	space laboratory
Call sign	Alpha, Station;
Location	United States of America, United Kingdom, France, Denmark, Spain, Italy, Netherlands, Sweden, Canada, Germany
Present in work	Seveneves; Civilization;
Operator	National Aeronautics and Space Administration; Roscosmos State Corporation; European Space Agency; Japan Aerospace Exploration Agency; Canadian Space Agency;
Has part	Zarya (1998–); Unity (1998–); Zvezda (2000–); Destiny (2001–); Quest Joint Airlock (2001–); Pirs (2001–); Harmony (2007–); Columbus (2008–); Kibo (2008–); Poisk (2009–); Tranquility (2010–); Cupola (2010–); Rassvet (2010–); Integrated Truss Structure (2000–); Leonardo Permanent Multipurpose Module (2011–); Canadarm2; ExPRESS Logistics Carrier; Dextre (2008–); Mobile Servicing System; Power Data Grapple Fixture;
Type of orbit	low Earth orbit;
Inception	20 November 1998;
Significant event	rocket launch (Zarya, 1998);
Mass	419,725 kg;
Width	109 m;
Length	73 m;
Elevation above sea level	405 km;
Maximum capacity	7 human;
Authority control
	Q25271; ISNI: 0000 0001 0746 3524; VIAF ID: 155892613; GND ID: 4486542-9; Library of Congress authority ID: no96035149; Bibliothèque nationale de France ID: 135092841; Libraries Australia ID: 35233213; NKCR AUT ID: kn20090724013; NORAF ID: 70240; BabelNet ID: 00720103n
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Deutsch: Die Internationale Raumstation (ISS) ist ein gemeinsames Projekt der fünf Raumfahrbehörden: NASA (Vereinigte Staaten), die Russian Federal Space Agency, die Japan Aerospace Exploration Agency, die Canadian Space Agency und die European Space Agency.

English: The International Space Station (ISS) is a joint project of five space agencies: NASA (United States), the Russian Federal Space Agency, the Japan Aerospace Exploration Agency, the Canadian Space Agency, and the European Space Agency.

Español : La Estación Espacial Internacional (Inglés: International Space Station, ISS) es un proyecto conjunto de cinco agencias espaciales: la NASA (Estados Unidos), la Agencia Espacial Federal Rusa, la Agencia Japonesa de Exploración Aeroespacial, la Agencia Espacial Canadiense, y la Agencia Espacial Europea.

Polski: Międzynarodowa Stacja Kosmiczna jest wspólnym projektem pięciu agencji kosmicznych: NASA (Stany Zjednoczone), Rosyjskiej Federalnej Agencji Kosmicznej, Japońskiej Agencji Kosmicznej, Kanadyjskiej Agencji Kosmicznej oraz Europejskiej Agencji Kosmicznej.

Slovenščina : Mednarodna vesoljska postaja (International Space Station, ISS), ki kroži okrog Zemlje na višini približno 360 km, je skupen projekt šestih vesoljskih agencij.

Ελληνικά : Ο Διεθνής Διαστημικός Σταθμός (στα αγγλικά International Space Station) είναι μια συλλογική προσπάθεια εκ μέρους των πέντε μεγαλύτερων αεροδιαστημικών υπηρεσιών του κόσμου για την αποκάλυψη των μυστικών του διαστήματος

Русский : Международная Космическая Станция (МКС) — совместный проект пяти космических агентств: НАСА (Соединённые Штаты Америки), Федерального Космического Агентства России, Японского агентства аэрокосмических исследований, Канадского космического агентства, и Европейского космического агентства.

한국어： 국제 우주정거장(ISS)은 16개국 우주개발기관의 공동 프로젝트로, 미항공우주국(NASA), 러시아 연방 우주국, 일본 우주항공연구개발기구, 캐나다 우주국, 유럽 우주국, 브라질 우주국 등이 참여하고 있다.

日本語： 国際宇宙ステーション (ISS) は、アメリカ航空宇宙局、ロシア連邦宇宙局、日本の宇宙航空研究開発機構、カナダ宇宙庁、欧州宇宙機関の5機関による共同プロジェクト。

中文： 国际空间站（ISS）是由美国航空航天局、俄罗斯联邦太空局日本宇宙航空研究开发机构、加拿大太空局和欧洲太空局五家联合设立的空间站。

Estación Espacial Internacional (es); Alþjóðlega geimstöðin (is); Stesen Angkasa Antarabangsa (ms); Yádiłhił yiiyídíʼ nahosdzáán yináádáłiʼ (nv); International Space Station (en-gb); نړېوال تشيال تمځای (ps); Международна космическа станция (bg); Διεθνής Διαστημικός Σταθμός (el); بین الاقوامی خلائی سٹیشن (pnb); 國際太空站 (zh-hk); תחנת החלל הבינלאומית (he); 国际太空站 (zh-my); Internationella rymdstationen (sv); وێستگەی بۆشاییی نێونەتەوەیی (ckb); Міжнародна космічна станція (uk); International Space Station (en); 國際太空站 (zh-hant); 国际空间站 (zh-cn); Međunarodna svemirska stanica (sh); Xalqaro kosmik stansiya (uz); Халықаралық ғарыш станциясы (kk); Internacia Kosmostacio (eo); Меѓународна вселенска станица (mk); Međunarodna svemirska stanica (bs); ISS (an); আন্তর্জাতিক মহাকাশ স্টেশন (bn); station spatiale internationale (fr); Uluslararası Uzay İstasyonu (tr); Međunarodna svemirska postaja (hr); internationaal ruimtestation ISS (nl); Stasyon spasyal (gcr); بین الاقوامی خلائی مرکز (ur); אינטערנאציאנאלע קאסמאס סטאנציע (yi); आंतरराष्ट्रीय अंतराळ स्थानक (mr); Międzynarodowa Stacja Kosmiczna (pl); ଅନ୍ତର୍ଜାତୀୟ ମହାକାଶ କେନ୍ଦ୍ର (or); Stasiun Luar Angkasa Internasional (id); საირქიანო კოსმოსური დგჷმილი (xmf); Internasionale Ruimtestasie (af); Међународна свемирска станица (sr); Міжнародная касьмічная станцыя (be-tarask); Medzinárodná vesmírna stanica (sk); Estação Espacial Internacional (pt-br); Internaitional Space Station (sco); International Raumstatioun ISS (lb); Den internasjonale romstasjonen (nn); Den internasjonale romstasjonen (nb); Beynəlxalq Kosmik Stansiya (az); Koet-chi Thai-khûng Chhàm (hak); Riikevaihõlinõ Ilmaruumijaam (vro); ಅಂತರರಾಷ್ಟ್ರೀಯ ಬಾಹ್ಯಾಕಾಶ ನಿಲ್ದಾಣ (kn); Almugijkoskâsâš komovuotâsajattâh (smn); 國際太空站 (gan); محطة الفضاء الدولية (ar); Stacioni Hapësinor Ndërkombëtar (sq); Den Internationale Rumstation (da); နိုင်ငံတကာ အာကာသ စခန်း (my); 國際太空站 (yue); Nemzetközi Űrállomás (hu); Міжнародная касмічная станцыя (be); Stația Spațială Internațională (ro); Nazioarteko Espazio Estazioa (eu); Estació Espacial Internacional (ca); Estación Espacial Internacional (ast); Международная космическая станция (ru); Internationale Raumstation (de-ch); Intanashinal Spies Stieshan (jam); अन्तर्राष्ट्रीय अन्तरिक्ष स्टेशन (hi); Stáisiún Spáis Idirnáisiúnta (ga); Միջազգային տիեզերական կայան (hy); 國際太空站 (zh); Îstgeha Valagehê ya Navnetewî (ku); अन्तर्राष्ट्रीय अन्तरिक्ष स्टेशन (ne); 国際宇宙ステーション (ja); Stazzioni spazziali ntirnazziunali (scn); 國際空間站 (wuu); Gorsaf Ofod Ryngwladol (cy); Kok-chè Thài-khong-chām (nan); ජාත් යන්තර අභ් යවකාශ මධ් යස්ථානය (si); Халыкара галәми станция (tt); Mezinárodní vesmírná stanice (cs); Jegeya'Ator (rmy); అంతర్జాతీయ అంతరిక్ష కేంద్రం (te); ਕੌਮਾਂਤਰੀ ਪੁਲਾੜ ਅੱਡਾ (pa); Internasjonool Rümstasjoon (frr); International Space Station (en-ca); ایستگاه فضایی بین‌المللی (fa); அனைத்துலக விண்வெளி நிலையம் (ta); Stazione Spaziale Internazionale (it); Rahvusvaheline kosmosejaam (et); საერთაშორისო კოსმოსური სადგური (ka); Ynternasjonaal Romtestasjon (fy); 國際太空站 (zh-mo); 国际空间站 (zh-hans); 国际太空站 (zh-sg); Internationaal ruumdestation ISS (li); Kansainvälinen avaruusasema (fi); Ibùdó Òfurufú Akáríayé (yo); Rahvahidenkeskeine kosmosstancii (vep); Estação Espacial Internacional (pt); 인터내셔널 스페이스 스테이션 (ko); Statio Spatialis Internationalis (la); Staçon Spacial Anternacional (mwl); Tarptautinė Kosminė Stotis (lt); Mednarodna vesoljska postaja (sl); International Space Station (tl); Internationale Raumstation (de); Олон Улсын Сансрын Станц (mn); สถานีอวกาศนานาชาติ (th); Kituo cha Anga cha Kimataifa (sw); അന്താരാഷ്ട്ര ബഹിരാകാശ നിലയം (ml); 國際太空站 (zh-tw); Estacion Espaciala Internacionala (oc); Истгоҳи байналмилалии кайҳонӣ (tg); इंटरनेशनल स्पेस इस्टेशन (bho); Internationoale Ruumtestation (stq); Estación Espacial Internacional (gl); Trạm vũ trụ Quốc tế (vi); Stasion Spasiałe Internasionałe (vec); Starptautiskā kosmosa stacija (lv) estación espacial modular en la órbita baja de la Tierra, con tripulación internacional y laboratorio de investigación bajo microgravedad (es); föld körüli pályán keringő, több nemzet által épített és használt űrállomás (hu); estació espacial permanent en òrbita al voltant de la Terra (ca); international betriebene bemannte Raumstation (de); ایستگاه فضایی در مدار نزدیک زمین (fa); 低地球軌道上的國際研究設施 (zh); Stație spațială aflată în orbita joasă a Pămânului (ro); 米・露・日・カナダおよび欧州宇宙機関が協力して運用する宇宙ステーション (ja); rymdstation i omloppsbana runt jorden (sv); לוויין מלאכותי מאויש המקיף את כדור הארץ במסלול לווייני נמוך ומשמש כתחנת מחקר (he); Кешеләрнең яшәве мөмкинлеген тәэмин итүче түбән Җир орбитасында урнашкан ясалма иярчен (tt); 低地球軌道上的國際研究設施 (zh-hant); 低地球轨道上的国际研究设施 (zh-cn); avaruusasema (fi); vesmírná stanice na nízké oběžné dráze Země (cs); satellite artificiale abitabile posto in orbita terrestre (it); পৃথিবীর নিম্ন কক্ষপথের বাসযোগ্য কৃত্রিম উপগ্রহ (bn); station spatiale (fr); 低地球軌道上的國際研究設施 (zh-mo); 低地球轨道上的国际研究设施 (zh-my); estação espacial modular que encontra-se na órbita terrestre baixa (pt); κατοικήσιμος τεχνητός δορυφόρος σε χαμηλή τροχιά γύρω από την Γη (el); 低地球軌道上的國際研究設施 (zh-hk); усељив вештачки сателит у ниској Земљиној орбити (sr); Düşük Dünya yörüngesinde yaşanabilir yapay uydu (tr); 低地球轨道上的国际研究设施 (zh-sg); ใช้ในการทดลอง (th); spaicestation project o mony kintras (sco); satelit buatan yang dapat ditinggali manusia di orbit Bumi rendah (id); stale zamieszkany sztuczny satelita Ziemi (pl); romstasjonen i kretsløp rundt Jorden (nb); 低地球軌道上的國際研究設施 (zh-tw); ruimtestation (nl); космическая станция (ru); ကမ္ဘာပတ်လမ်း အနိမ့်ရှိ အာကာသစခန်း (my); 지구 저궤도에 위치한 다국적 우주정거장 (ko); habitable artificial satellite in low Earth orbit (en); محطة فضاء تدور على ارتفاع 390 كيلومترا عن سطح كوكب الأرض يتم الإشراف عليها بتعاون دولي (ar); 低地球轨道上的国际研究设施 (zh-hans); (ISS) (sk) Estacion espacial internacional, Espacion Espacial Internacional, Espación Espacial Internacional, EEI (es); Stesen Angkasalepas Antarabangsa, Stesen Angkasa Lepas Antarabangsa, Stesen Angkasa Antarabangsa(ISS) (ms); МКС, Международната космическа станция (bg); Staţia spaţială internaţională, ISS (ro); 國際宇宙空間站, ISS, 國際空間站 (zh-hk); Medzinárodná kozmická stanica, ISS (sk); 國際宇宙空間站, ISS, 國際空間站 (zh-hant); 国际宇宙空间站, 国际太空站 (zh-cn); 국제 우주 스테이션, 국제 우주정거장, ISS (ko); ХҒС (kk); Mezinárodní kosmická stanice, ISS (cs); International Space Station, ISS (bs); আইএসএস, ইন্টারন্যাশনাল স্পেস স্টেশন, আন্তর্জাতিক মহাশূণ্য স্টেশন, আন্তর্জাতিক মহাকাশ কেন্দ্র (bn); International Space Station, Station orbitale internationale, ISS (fr); Međunarodna svemirska stanica (hr); 国际宇宙空间站, ISS, 国际空间站 (zh-my); אינטערנאציאנאלע ספעיס סטאנציע (yi); Trạm không gian quốc tế, TVTQT, International Space Station, ISS (vi); SKS, Starptautiskā kosmiskā stacija, International Space Station, ISS (lv); Yádił yiił nahosdzáán yináádáłi', Yádił yiił nahosdzáán yináádáłiʼ, Yádiłhił yiiyídí' nahosdzáán yináádáłi' (nv); 国际宇宙空间站, ISS, 国际空间站 (zh-sg); Internasjonale romstasjonen, International Space Station (nn); ISS, Romstasjonen ISS, Den Internationale Romstasjonen, International Space Station, Internasjonale romstasjonen, Internasjonale romstasjon, Den internasjonale romstasjon (nb); İSS (az); Ilmaruumijaam (vro); International Space Station (gan); آي أس أس, محطه الفضاء الدوليه, المحطة الفضائية الدولية (ar); 國際空間站 (yue); International Space Station, ISS (hu); Nazioarteko Estazio Espaziala, Nazioarteko Egoitza Espaziala, Nazioarteko Espazio Egoitza, Nazioarteko espazio estazio, ISS, Nazioarteko Egoitza Espazial (eu); МКС, International Space Station, ISS (ru); Freedom, Internationale Raumstation ISS, International Space Station, ISS (de); Միջազգային տիեզերակայան (hy); 國際宇宙空間站, 國際空間站 (zh); Ynternasjonaal romtestasjon ISS (fy); अन्तर्राष्ट्रिय अन्तरिक्ष केन्द्र, आईएसएस (ne); ISS, インターナショナルスペースステーション (ja); ISS (he); Халыкара космик станция, Xalıqara ğälämi stantsiä (tt); अन्तरराष्ट्रीय अन्तरिक्ष स्टेशन, अंतरराष्ट्रीय अंतरिक्ष स्टेशन, अन्तर्राष्ट्रीय स्पेस स्टेशन, अंतर्राष्ट्रीय अंतरिक्ष स्टेशन, International Space Station (hi); ISS-avaruusasema, International Space Station, ISS (fi); ISS (frr); Internationaal ruumdesjtation ISS, Internationaol ruimtestation, ISS (li); பன்னாட்டு விண்வெளி நிலையம், பன்னாட்டு விண்வெளி ஆய்வு மையம், பன்னாட்டு விண்வெளி மையம், சர்வதேச விண்வெளி நிலையம் (ta); International Space Station, ISS, NA1SS, Stazione Alpha (it); 國際宇宙空間站, ISS, 國際空間站 (zh-mo); Rahvusvaheline orbitaaljaam, International Space Station, ISS (et); ΔΣΣ, ISS (el); Интернационална космичка станица, Међународна космичка станица, Интернационална Свемирска Станица, International Space Station, МСС, ZARYA (sr); Ibudo Ofurufu Akariaye, Ibùdó-ọkọ̀ Lófurufú Káríayé, International Space Station, Ibudo-oko Lofurufu Kariaye (yo); ISS (scn); Estacao Espacial Internacional, EEI, International Space Station, Estação espacial international (pt); Međunarodna svemirska postaja, Internacionalna svemirska stanica (sh); ای‌اس‌اس, ا.ب.ف, ISS, آی اس اس, آی‌اس‌اس, ایستگاه بین المللی فضایی, ایستگاه فضایی بین المللی, ایستگاه بین‌المللی فضایی, ای اس اس (fa); ISS, NA1SS, Station Alpha, ISS (United States), Izzy (en); TKS, ISS (lt); ISS (sl); International Space Station (sv); Iss, International Space Station (th); Internationaal Ruimte Station, Internationale ruimtestation ISS, Internationaal Ruimte Station ISS, International Space Station, Internationaal ruimtestation, Internationale ruimtestation, ISS (nl); Stasiun Ruang Angkasa Internasional, International Space Station, ISS, Stasiun Angkasa Internasional (id); International Space Station, ISS (pl); International Space Station (ml); 國際宇宙空間站, ISS, 國際空間站 (zh-tw); UUİ, International Space Station, ISS (tr); Gorsaf Ofod Rhyngwladol (cy); Internationale Rumstation, International Space Station (da); International Space Station, Internationale Raumstation, ISS, Internationaale Ruumtestation, Internationale Ruumtestation, Internationaale Ruumstation, Internationoale Ruumstation, Internationale Ruumstation (stq); МКС, ISS (be-tarask); Statio Spatialis Inter Gentes (la); 国际宇宙空间站, 国际太空站, ISS (zh-hans); International Space Station, Base Espacial Internacional, ISS (ca)

Global views[edit]

Further information: Category:Views of the International Space Station

ISS (3 June 1999)
ISS (September 2000)
ISS (9 December 2000)
ISS (18 March 2001)
ISS (29 April 2001)
ISS (20 August 2001)
ISS (17 April 2002)
ISS (16 October 2002)
ISS (2 December 2002)
ISS (August 2005)
ISS (August 2005)
ISS (July 2006)
ISS after STS-115 (September 2006)
ISS from Atlantis STS-115 after undocking (17 September 2006)
ISS after STS-115 (September 2006)
Space Shuttle Discovery approaching ISS, STS-116 (11 December 2006)
ISS from Discovery STS-116 after undocking (19 December 2006)
ISS from Atlantis STS-117 after undocking (19 June 2007)
ISS from Endeavour STS-118 after undocking (19 August 2007)
ISS from Discovery STS-120 after undocking (5 November 2007)
ISS from Discovery STS-120 after undocking (5 November 2007)
ISS from Atlantis STS-122 after undocking (18 February 2008)
ISS from Discovery STS-124 after undocking (11 June 2008)
ISS from Endeavour STS-126 before docking (16 November 2008)
ISS from Discovery STS-119 after undocking (25 March 2009)
ISS from Discovery STS-119 after undocking (25 March 2009, alternative angle)
ISS from Discovery STS-128 before docking (30 August 2009)
ISS from Discovery STS-128 after undocking (9 September 2009)
ISS from Atlantis STS-129 after undocking (25 November 2009)
ISS from Endeavour STS-130 before docking (10 February 2010)
ISS from Discovery STS-131 after undocking (17 April 2010)
ISS from Atlantis STS-132 after undocking (23 May 2010)
ISS from Discovery STS-133 after undocking (7 March 2011)
ISS from Endeavour STS-134 after undocking (30 May 2011)
ISS from Atlantis STS-135 after undocking (19 July 2011)
ISS from Soyuz MS-08 after undocking (4 October 2018)
An Astronaut's View of Work in 2020

Computer generated views[edit]

NASA's Illustration showing the impact risk of debris to collide with the ISS
computer model
Computer model of a complete station
Computer model of a complete station (original plans)
ISS assembly animation

Modules launched[edit]

Zarya[edit]

Further information: Category:Zarya

Zarya during assembly
Zarya module as seen from STS-88
Zarya and Zvezda view from outside (2009)
The internal hatch (1998)
Interior of Zarya module
Susan Helms talks to amateur radio operators on Earth
Susan J. Helms performs battery maintenance beneath the floor (2000)
Various food stowage cases are visible at left. (2007)
Shane Kimbrough gives himself a hair trim on the aft side

Unity[edit]

Further information: Category:Unity module

Unity module taken by STS-88 mission in December 1998
Expedition 20 flight engineers, share a meal at a galley in the Unity node
The five crewmemberswent through the usual contingency evacuation drill
Robert Thirsk, Expedition 20, exercises using the advanced Resistive Exercise Device (aRED)
Expedition 20 crew members view a monitor as they celebrate Father's Day and the birthday of cosmonaut Gennady Padalka (center)
Astronaut floats in the hatchway that leads from Unity to Pressurized Mating Adapter-3 (PMA-3), which leads to Endeavour.
Roman Romanenko, Expedition 20 floats through the hatch

Zvezda[edit]

Further information: Category:Zvezda

Zvezda Service Module under construction
Launch of Zvezda with a Proton rocket
ISS Zvezda service module with a docked Soyuz spacecraft, taken in September 2000
Configuration diagram of the module
Cosmonaut Sergei K. Krikalev takes still pictures inside the Zvezda Service Module
Krikalev working on the NASA treadmill
Sergei Krikalev makes repairs to the Elektron oxygen generator in the Zvezda Service Module
Astronaut John Phillips working on the Elektron oxygen-generation system in the Zvezda Service Module
TORU docking system in the Zvezda Service Module used to manually dock Progress freighters to ISS
Diver training with true sized model of the ISS module Zvezda
Soyuz TM-34 crew in Zvezda module
Thomas Reiter working on the internal thermal cooling loop pump in the Zvezda Service Module
Thomas Reiter using a computer in the Zvezda Service Module
Thomas Reiter works with sample tubes in the Zvezda Service Module
Thomas Reiter looks over a procedures checklist in the Zvezda Service Module
Expedition 13 and STS-121 crew members pose for a photo in the Zvezda Service Module
Expeditions 13 & 14 members at lunch
Anousheh Ansari holds a plant grown in the Zvezda Service Module
Fyodor Yurchikhin with "fresh" fruits from a recent delivery
View from the forward section to the aft end (2005)
Michael Barratt, Expedition 19/20, uses a still camera at a window
Zvezda toilet
Zvezda galley
Sandra Magnus and Yury Lonchakov, Expedition 18, works with food storage container
Sleep station
Jeffrey Williams and Nicole Stott, Expedition 21, use cameras at windows
Frank De Winne, Expedition 20, exercises on the Treadmill System
Galley area
Maintenance on the Elektron Oxygen Generator

Destiny[edit]

Further information: Category:Destiny

The first system rack (ISPR) being installed in the Destiny module
ISS Destiny Lab module
Destiny module taken by STS-108 (15 December 2001)
Leroy Chiao inside the Destiny lab (31 October 2004)
the waste and hygiene compartment
Temporary Sleep Station
Expedition 20 busy with various tasks
Nicole Stott, Expedition 20 flight engineer, works with the Combustion Integrated Rack
the Microgravity Science Glovebox
Andre Kuipers looks through the Earth observation window
Astronauts from STS-110 mission steps into the Destiny laboratory through the Pressurized Mating Adapter 2 (PMA-2) Atlantis and the station.
Frank De Winne
Nicole Stott installs hardware in the Fluids Integrated Rack
Robert Thirsk, uses the Fluid Servicing System to refill Internal Thermal Control System loops with fresh coolant
Robert Thirsk removes a dewar tray from the Minus Eighty Laboratory Freezer

Canadarm2[edit]

Further information: Category:Canadarm2

Latching End Effector
End effector of Canadarm2
Work Station
Leroy Chiao works with the controls of the Canadarm2, or Space Station Remote Manipulator System (SSRMS)
Astronaut Steve Robinson on Canadarm2 during STS-114 mission
the Special Purpose Dextrous Manipulator (SPDM)
Christer Fuglesang anchored to a Canadarm2 mobile foot restraint
The Canadarm2 mates the Express Logistics Carrier to the S3 Truss
The Canadarm2 moves toward the new P5 truss section for a hand-off from Space Shuttle robotic arm.

Quest[edit]

Further information: Category:Quest

Quest Joint airlock at the Marshall Space Flight Center in Dec. 1997
Quest Joint airlock by STS-104 mission on 15 July 2001
Michael E. Lopez-Alegria photographed in the midst of a pre-breathe exercise in preparation for the second EVA
Astronaut Steve Swanson in the Quest Airlock (21 March 2009)
Jose Hernandez and Tim Kopra in the Quest airlock as astronauts John "Danny" Olivas,and Nicole Stott prepare to exit the airlock.
Dave Wolf (foreground) and Tim Kopra (feet and legs visible in background) are suited and ready for the first of five spacewalks
Tony Antonelli and Koichi Wakata assist Steve Swanson and Joseph Acaba (out of frame) as they return to the Quest Airlock as the EVA draws to a close.
Daniel Bursch (left) and Carl E. Walz are photographed in the crew lock of Quest prior to the space walk
Shane Kimbrough and Heidemarie Stefanyshyn-Piperattired in their Extravehicular Mobility Unit spacesuit, prepare for the EVA
Steve Swanson attired in his Extravehicular Mobility Unit spacesuit, exits the Quest Airlock
James F. Reilly joins Michael L. Gernhardt (out of frame) in utilizing the new Quest airlock for the first ever space walk to egress
Robert L. Curbeam, Jr. and Sunita L. Williams, Expedition 14 flight engineer, get help as they remove their extravehicular mobility unit (EMU) spacesuits
Christer Fuglesang moves into the outer section of the Quest Airlock as he prepares for the mission's fourth EVA
A "fish-eye" lens was used to record this image of astronaut Ron Garanin the Quest Airlock who was about to begin the mission's third scheduled spacewalk.

Pirs (decommissioned)[edit]

Further information: Category:Pirs

Pirs under construction
SO1 Pirs Docking compartment / airlock approaching ISS
Pirs docking module taken by STS-108
Expedition 10 Crew in PIRS
Sharipov with his Russian Orlan spacesuit in the Pirs
Fyodor Yurchikhin and Oleg Kotov work with Orlan spacesuits in Pirs
Koichi Wakata, is pictured between two Russian Orlan spacesuits in the Pirs module.
Pirs docking compartment separates from the Space Station
Progress MS-16 and Pirs descend into Earth's atmosphere

Harmony[edit]

Further information: Category:Harmony node

Construction of the Node 2 module
Harmony in front of the Vehicle Assembly Building
Interior of Harmony (27 October 2007)
Koichi Wakata exercises using the Interim Resistive Exercise Device (IRED) equipment
Expedition 20 crew members are pictured Discovery's crew ingress through the Pressurized Mating Adapter 2.
November 2009
April 2008
Exercises on the Combined Operational Load Bearing External Resistance Treadmill
Sandra Magnus works on a crew quarters compartment

Columbus[edit]

Further information: Category:Columbus (ISS module)

Columbus Module loaded in a Airbus-Beluga on Bremen airport
Columbus inside the Space Station Processing Facility after delivering to KSC
Columbus module in the Atlantis' payload bay
Columbus installed
Photographed through a window the station's robotic Canadarm2 moves the Columbus laboratory
A close-up view of the Columbus laboratory (center right)
Astronaut Ron Garan participates in the mission's third scheduled session of extravehicular activity (EVA)
Koichi Wakata works with the Fluid Servicing System (FSS) and the Fluid Control Pump Assembly (FCPA)
Expedition 21 crew members pose for a photo with three Extravehicular Mobility Unit (EMU) spacesuits
Frank De Winne performs activation and checkout steps on the new ESA Flywheel Exercise Device (FWED), with the Internal Wireless Instrumentation System (IWIS) accelerometer
Michael Barratt uses a computer near the Microgravity Science Glovebox (MSG)
Koichi Wakata performs in-flight maintenance on the Condensate Water Separator Assembly (CWSA)
Sandra Magnus, Expedition 18 flight engineer, works in the Columbus laboratory of the International Space Station.
Greg Chamitoff works with the Microgravity Sciences Glovebox and the Commercial Generic Bioprocessing Apparatus

Kibo (Japanese Experiment Module, JEM)[edit]

Further information: Category:Japanese Experiment Module

Japanese Experiment Module (JEM) Kibo
Kibo PM module in assembly
Japanese Experiment Module
Japanese Experiment Logistics Module Pressurized Section (ELM-PS)
JEM PM in November 2006
Kibo Pressurized Module
Kibo Pressurized Module
Kibo Pressurized Module Interior
Kibo Pressurized Module and Japanese Logistics Module
Koichi Wakata sets up camera equipment at a window
Robert Thirsk performs an insertion of urine samples into the Minus Eighty Degree Laboratory Freezer for ISS (MELFI)
Koichi Wakata poses for a photo while floating freely
Michael Barratt works inside a newly installed crew quarters compartment
Jeffrey Williams works on an experiment at the Saibo biological experiment rack
Nicole Stott is pictured in the Kibo laboratory
Nicole Stott works with the Mice Drawer System (MDS)
Soichi Noguchi uses a vacuum cleaner during housekeeping operations
Soichi Noguchi is pictured near the Japanese Experiment Module Remote Manipulator System (JEMRMS) Small Fine Arm (SFA)
Jeffrey Williams, Soichi Noguchi (center) and T.J. Creamer pose with the Japanese Experiment Module Remote Manipulator System (JEMRMS) Small Fine Arm (SFA) .
The Japanese Experiment Module - Exposed Facility (JEF) is pictured in the grasp of the Space Shuttle Endeavour's remote manipulator system (RMS) arm
Tom Marshburn and Christopher Cassidyparticipate in the mission's fifth and final session of extravehicular activity
the Japanese Pressurized Module (foreground), the Japanese Logistics Module (top right), and a portion of the Harmony node
Peering out of the window
Ecostress camera

Integrated Truss Structure Z1[edit]

Gyroscope of the ISS
Gyroscopes of the ISS installed in Z1 truss segment
The ISS Z1 truss is moved to check weight and balance
Unity and Z1 truss structure taken by STS-92 in October 2000
forward side of Z1 Truss element

Integrated Truss Structure S0[edit]

S0 Truss lifted from Shuttles cargo bay
S0 Truss being moved to ISS
ISS after installation of S0 Truss element (seen in the middle of picture)

Integrated Truss Structure P1 and S1[edit]

Atlantis carrying S1 truss
ISS S1 Truss structure
Space Shuttle Endeavour delivers P1 truss to the ISS
ISS P1 Truss structure
ISS P1 Truss structure
ISS P1 Truss structure and orbiter
S1

Integrated Truss Structure P3/P4 and S3/S4[edit]

P3/P4 truss segment
The Canadarm moves the P3/4 Truss out of the Space Shuttle
Play media

P3/P4 truss segment animation
P3/P4 truss segment handoff from Space Shuttle Atlantis
Two astronauts during the installation of the solar arrays
Solar array during deployment
P4 Radiator unfolding
P4 Radiator unfolding
P4 solar array extended
S3/S4 truss segment

Integrated Truss Structure P5/P6 and S5/S6[edit]

P5 Truss segment prepared for launch on STS-116
Discovery handing off P5 Truss to ISS
P5 Truss awaits installation
P6 solar array after installation
P6 solar array experiencing a kink
close-up view of folded solar array
Swanson and Richard Arnold (out of frame) connect bolts to permanently attach the S6 truss segment to S5.
the S6 truss segment
P6 Early Ammonia Servicer (EAS) and starboard Early External Thermal Control System (EETCS) radiator

Poisk[edit]

Poisk after arriving at the ISS on 12 November 2009
Diagram of the Poisk docking module
Poisk arrives at the ISS for docking
Poisk docking module at the Space Station

Tranquility and Cupola[edit]

Cupola at the Space Station Processing Facility
Cupola from inside
pointing
Operating Canadarm2 from Cupola
photography
Cupola being aligned with the Tranquility
Cupola getting mated with Tranquility
Cupola from inside
Node 3 in Italy
Tranquility in SSPF
Tranquilty and Cupola at Endeavour's payload bay
Artist's conception of Cupola
Tranquility and Cupola at canister
Cupola with its protective shutters open
George Zamka looks through the Cupola during STS-130

Nauka module[edit]

Further information: Category:Nauka module

Nauka module at Khrunichev Center before delivery to Baikonur
Nauka docked to the International Space Station
Nauka modified passive forward port for Experimental Airlock
Nauka and Soyuz MS-18 docked to the International Space Station

Cancelled[edit]

ISS Habitation module
ISS Crew Return Vehicle - CRV (NASA)
ISS Crew Return Vehicle - CRV (X-38 Prototype) dropped from B-52
ISS Interim Control Module (U.S. Navy)
ISS Propulsion Module
ISS Centrifuge Accommodations Module
ISS Centrifuge Accommodations Module in Tsukuba
ISS Science Power Platform
X-38 3-View line art, GIF

Supply ships[edit]

Space Shuttle - Multi-Purpose Logistics Module[edit]

Further information: Category:Multi-Purpose Logistics Module

Cosmonaut Yuri P. Gidzenko is dwarfed by transient hardware aboard Leonardo MPLM
The Leonardo Multi Purpose Logistics Module rests in Discovery's payload bay
Astronauts Wendy B. Lawrence (foreground) and Andrew S. W. Thomas inside Raffaello MPLM module (STS-114)
Raffaello MPLM module docked to the ISS (STS-114)
Interior view of the Leonardo MPLM attached to the Earth-facing port of Harmony node
Interior view of the Leonardo MPLM
Interior view of the Leonardo MPLM
Interior view of the Leonardo MPLM

Soyuz[edit]

Further information: Category:Soyuz spacecraft

Soyuz TMA-1 spacecraft approaching ISS
Soyuz TMA-1 at the ISS
Soyuz TMA-6 spacecraft approaching ISS
Soyuz TMA-7 spacecraft departing from ISS
Soyuz TMA-9 with Progress 22 docked at ISS

Progress[edit]

Further information: Category:Progress

Progress M1-11 departs from the Pirs Docking Compartment (4 September 2003)
Progress M1-10 departs from the Zvezda Service Module (27 August 2003)
Progress M1-11 departs from the Pirs Docking Compartment (4 September 2003)
Progress M1-12 approaches the ISS (30 August 2003)
Progress M1-4 (18 November 2000)
Progress docking port close-up
TORU docking system used to manually dock Progress freighters to ISS
Progress M-56 departs from the Zvezda Service Module (26 April 2006)
Progress M-55 departs from the Pirs Docking Compartment (19 June 2006)
Progress M-03M docked to the Pirs Docking Compartment
Progress M-05M docked to the Pirs Docking Compartment
Progress M-08M departs from the Pirs Docking Compartment (23 January 2010)
Progress M-10M approaches the ISS (29 April 2011)
Progress M-11M spacecraft launches
Progress M-13M approaches the station

ATV[edit]

Further information: Category:Automated Transfer Vehicle

ATV approaches the ISS for its "Demo Day 2" practice maneuvers
Close-up view of the ATV docking port
Expedition 17 crewmembers pose for a portrait inside de Jules Verne ATV
ATV enters the Earth's atmosphere, where researchers captured images of its fiery end

HTV[edit]

Further information: Category:H-II Transfer Vehicle

Japanese H-2 Transfer Vehicle approaching the International Space Station
A close-up view of the HTV-1 in the grasp of Canadarm2
The four main engines of the HTV
Frank De Winne monitors the HTV as it approaches the International Space Station
The newly attached HTV-1 from the inside
The Canadarm2 grapples the HTV in preparation for its release
The Canadarm2 unberths the HTV in preparation for its release

Dragon[edit]

Further information: Category:Dragon (spacecraft)

Cygnus[edit]

Further information: Category:Cygnus (spacecraft)

ISS Expeditions[edit]

Further information: Category:Crew portraits of International Space Station expeditions

Crew of ISS Expedition 1
Crew of ISS Expedition 2
Crew of ISS Expedition 3
Crew of ISS Expedition 4
Crew of ISS Expedition 5
Crew of ISS Expedition 6
Crew of ISS Expedition 7
Crew of ISS Expedition 8
Crew of ISS Expedition 9
Crew of ISS Expedition 10
Crew of ISS Expedition 11
Crew of ISS Expedition 12
Crew of ISS Expedition 13
Crew of ISS Expedition 13 with T. Reiter
Crew of the first part of ISS Expedition 14
Crew of the second part of ISS Expedition 14
Crew of the first part of ISS Expedition 15
Crew of the second part of ISS Expedition 15
Crew of the third part of ISS Expedition 15
Crew of Expedition 16
Crew of Expedition 17
Crew of Expedition 18
Crew of Expedition 19
Crew of Expedition 20
Crew of Expedition 21
Crew of Expedition 22
Crew of Expedition 23
Crew of Expedition 24
Crew of Expedition 25
Crew of Expedition 26
Crew of Expedition 27
Crew of Expedition 28
Crew of Expedition 29
Crew of Expedition 30
Crew of Expedition 31
Crew of Expedition 32
Crew of Expedition 33
Crew of Expedition 34
Crew of Expedition 35
Crew of Expedition 36
Crew of Expedition 37
Crew of Expedition 38
Crew of Expedition 39
Crew of Expedition 40
Crew of Expedition 41
Crew of Expedition 42
Crew of Expedition 43
Crew of Expedition 44
Crew of Expedition 45
Crew of Expedition 46
Crew of Expedition 47
Crew of Expedition 48
Crew of Expedition 49
Crew of Expedition 50
Crew of Expedition 51
Crew of Expedition 52
Crew of Expedition 53
Crew of Expedition 54
Crew of Expedition 55
Crew of Expedition 56
Crew of Expedition 57
Crew of Expedition 58
Crew of Expedition 59
Crew of Expedition 60
Crew of Expedition 61
Crew of Expedition 62
Crew of Expedition 62 & 63
American Expedition
Expedition 63
Crew of Expedition 64
Crew of Expedition 65

Crew posters[edit]

Expedition 1
Expedition 2
Expedition 3
Expedition 4
Expedition 5
Expedition 6
Expedition 7
Expedition 8
Expedition 9
Expedition 10
Expedition 10
Expedition 11
Expedition 12
Expedition 13
Expedition 14 with Reiter
Expedition 14
Expedition 15
Expedition 16
Expedition 17
Expedition 18
Expedition 19
Expedition 20
Expedition 21
Expedition 22
Expedition 23
Expedition 24
Expedition 25
Expedition 26
Expedition 27
Expedition 28
Expedition 29
Expedition 30
Expedition 31
Expedition 32
Expedition 33
Expedition 34
Expedition 35
Expedition 36
Expedition 37
Expedition 38
Expedition 39
Expedition 40
Expedition 41
Expedition 42
Expedition 43
Expedition 44
Expedition 45
Expedition 46
Expedition 47
Expedition 48
Expedition 49
Expedition 50
Expedition 51
Expedition 52
Expedition 53
Expedition 54
Expedition 55
Expedition 56
Expedition 57
Expedition 58
Expedition 59
Expedition 60
Expedition 61
Expedition 62
Expedition 63
Expedition 64

Spacewalks[edit]

Canadarm2 installation during STS-100
Space walk outside International Space Station, January 26, 2005
Expedition 10 Flight Engineer Salizhan Sharipov deploys the Nanosatellite
NASA spacewalk image, Michael Foale, ISS expedition 8
Astronaut Piers J. Sellers working on ISS
Astronaut Soichi Noguchi on the first STS-114 EVA
Astronaut Steve Robinson on Canadarm2 during STS-114 mission
Workpoints of spacewalk 05-11-07
SuitSat
Launch of SuitSat
Astronaut Scott Parazynski of STS-120 during a spacewalk to repair (essentially sew) a damaged solar panel.
Sellers and Fossum restored the International Space Station's Mobile Transporter (STS-121)
Michael Fossum working on Mobile Transporter (STS-121)
Bob Behnken and Chris Cassidy