2016 in spaceflight

http://dbpedia.org/resource/2016_in_spaceflight <http://www.ontologydesignpatterns.org/ont/dul/DUL.owl#TimeInterval>

Several new rockets and spaceports began operations in 2016. rdf:langString

– – – – – – – – – – – Art / Zweck: Die Abkürzung „TE“ steht für „Technologieerprobung“, also das Testen neuer Satellitentechnik; das Symbol ◻ kennzeichnet Cubesats. Bei Cubesats ab 12U-Format ist die Größe mit angegeben. Siehe Satellitentypen für weitere Erläuterungen. rdf:langString

Cette page présente la chronologie des événements qui se sont produits durant l'année 2016 dans le domaine de l'astronautique. rdf:langString

Список , произведённых в 2016 году. Розовым цветом выделены неудачные запуски. Жирным выделены пилотируемые космические аппараты. информация о Falcon 9 FT/Амос-6 не относится к статистике запусков - взрыв ракеты произошел за двое суток до пуска rdf:langString

Aquest article és una llista d'esdeveniments de vols espacials relacionats que es van produir el 2016.En aquest any es va veure inaugurar el cosmòdrom Oriental, a l'extrem oriental de Rússia el 28 d'abril de 2016 amb un vol tradicional del , abans de continuar amb la família de coets Angarà els següents anys. Llavors els xinesos van realitzar el vol inaugural del Llarga Marxa 7 des del centre de llançament de satèl·lits de Wenchang a l'illa de Hainan, al mar de la Xina Meridional el 25 de juny i el vol inaugural del Llarga Marxa 5 el 3 de novembre. Dos anys després de l'accident el 2014, el coet Antares va tornar a volar el 17 d'octubre amb una versió millorada anomenada versió 230 amb un motor rus . rdf:langString

rdfs:label

rdf:langString 2016 in spaceflight

rdf:langString 2016 en els vols espacials

rdf:langString Liste der orbitalen Raketenstarts (2016)

rdf:langString 2016 en astronautique

rdf:langString Список космических запусков в 2016 году

dbpedia-owl:wikiPageID

xsd:integer 32638398

dbpedia-owl:wikiPageRevisionID

xsd:integer 1122661700

dbpprop:catalogued

xsd:integer 83

dbpprop:failed

xsd:integer 2

dbpprop:nopl

xsd:integer 1 2 3 4 5 6 8 10 12

dbpprop:partial

xsd:integer 1

dbpprop:success

xsd:integer 82

dbpprop:flight

rdf:langString T2

rdf:langString F6

rdf:langString Y1

<nicaraguanCórdoba> 31.0

<nicaraguanCórdoba> 32.0

<nicaraguanCórdoba> 33.0

<nicaraguanCórdoba> 34.0

<nicaraguanCórdoba> 35.0

<nicaraguanCórdoba> 36.0

rdf:langString AV-057

rdf:langString AV-062

rdf:langString AV-063

rdf:langString AV-064

rdf:langString AV-065

rdf:langString AV-067

rdf:langString AV-069

rdf:langString AV-071

rdf:langString Epsilon-2

rdf:langString F05

rdf:langString F30

rdf:langString F31

rdf:langString F9-021

rdf:langString F9-022

rdf:langString F9-023

rdf:langString F9-024

rdf:langString F9-025

rdf:langString F9-027

rdf:langString F9-028

rdf:langString FTM-27

rdf:langString VA228

rdf:langString VA229

rdf:langString VA230

rdf:langString VA231

rdf:langString VA232

rdf:langString VA233

rdf:langString VA234

rdf:langString Y11

dbpprop:lsp

rdf:langString Arianespace

rdf:langString Blue Origin

rdf:langString DRDO

rdf:langString Indian Navy

rdf:langString Israel Aerospace Industries

rdf:langString JAXA

rdf:langString NASA

rdf:langString Orbital ATK

rdf:langString Roscosmos

rdf:langString Royal Navy

rdf:langString SSC

rdf:langString SpaceX

rdf:langString United Launch Alliance

rdf:langString US Navy

rdf:langString US Air Force

rdf:langString PLA

rdf:langString RVSN

rdf:langString VMF

rdf:langString Andøya

rdf:langString ISRO

rdf:langString DLR

rdf:langString MDA

rdf:langString CASC

rdf:langString International Launch Services

rdf:langString MHI

rdf:langString IDRDL

rdf:langString Khrunichev

rdf:langString CNSA

rdf:langString EuroLaunch

rdf:langString DSTO

rdf:langString IRGC

rdf:langString RVSN RF

rdf:langString KCST

rdf:langString DGA/Marine nationale

rdf:langString / Eurockot

rdf:langString AFIRI

dbpprop:maidens

xsd:gMonthDay --03-05

xsd:gMonthDay --03-07

rdf:langString

rdf:langString Antares 230

rdf:langString Soyuz-2.1a / Volga

dbpprop:nav

rdf:langString on

dbpprop:payload

xsd:gMonthDay --01-15 --01-22 --01-23 --01-28 --02-01 --02-02 --02-05 --02-18 --02-21 --02-22 --02-26 --03-01 --03-07 --03-08 --03-14 --03-15 --03-16 --03-31 --04-02 --04-10 --04-18 --04-19 --04-21 --04-26 --05-11 --05-18 --05-25 --05-26 --06-01 --06-02 --06-19 --06-22 --06-24 --06-26 --06-30 --07-01 --07-08 --07-11 --07-19 --07-27 --08-15 --08-17 --08-25 --08-31 --09-05 --09-07 --09-09 --09-27 --10-05 --10-12 --10-14 --10-19 --10-25 --10-30 --11-18 --11-22 --11-27 --11-30 --12-01 --12-06 --12-08 --12-15 --12-26

dbpprop:remarks

xsd:gMonthDay --03-05

xsd:gMonthDay --03-07

xsd:gMonthDay --04-28

xsd:gMonthDay --08-17

xsd:gMonthDay --10-22

xsd:gMonthDay --12-19

xsd:date 2016-09-01

<second> 45.0

rdf:langString Target

rdf:langString –

rdf:langString Apogee:

rdf:langString Crewed flight with three cosmonauts

rdf:langString Apogee: ~

rdf:langString Apogee: ?

rdf:langString Apogee: ~?

rdf:langString CTV-02+, successful test flight, the CE-II kill vehicle performed scripted maneuvers to demonstrate performance of alternate divert thrusters. Upon entering terminal phase, the kill vehicle initiated a planned burn sequence to evaluate the alternate divert thrusters until fuel was exhausted, intentionally precluding an intercept.

rdf:langString The second missile self destroyed "after completing the first phase of the flight", maybe intentional. It appears to be a normal practice in salvo launches. The missile probably carried mockups instead of working upper stages and warheads to save money.

rdf:langString Final launch of the original Polar Satellite Launch Vehicle PSLV-G configuration with S9 solid rocket motors.

rdf:langString Kosmos 2516 experienced a depressurization event in November 2020, which permanently disabled the satellite after four years in operation. It was replaced by GLONASS-K 705.

rdf:langString CubeSats were deployed from the ISS and Cygnus spacecraft at a later date.

rdf:langString Apogee: 103.8 kilometers . Third successful booster landing of the same rocket.

rdf:langString First stage landed on Of Course I Still Love You drone ship, the third successful landing and the first landing with a payload to geostationary transfer orbit.

rdf:langString The launch succeeded on its second attempt after a rare pad abort the day before.

rdf:langString Apogee: , CTV-02+ target

rdf:langString Apogee: 500 km?

rdf:langString Apogee: ~159 kilometers

rdf:langString Apogee: ~185 kilometers

rdf:langString Crewed flight with two astronauts

rdf:langString First K-4 launch from a submarine

rdf:langString First orbital flight from Vostochny Cosmodrome.

rdf:langString Follow-on Commander's Evaluation Test 52

rdf:langString GT217GM, Apogee: ~ ?

rdf:langString GT218GM, Apogee: ~ ?

rdf:langString GT219GM, Apogee: ~ ?

rdf:langString Crewed flight with three cosmonauts. Maiden flight of the modernized Soyuz MS spacecraft variant.

rdf:langString Interceptor

rdf:langString Spacecraft launched in a retrograde orbit

rdf:langString Yu-71 Hypersonic Vehicle Test, Apogee: ?

rdf:langString Satellites were successfully delivered to orbit, first stage landing on drone ship failed.

rdf:langString Briz-M upper stage exploded after separation, apparently without damaging the orbiter or lander.

rdf:langString Launch vehicle problem deployed satellites in a lower than planned orbit. SuperView satellites raising their own orbits, but CubeSats cannot so may have short lifespan.

rdf:langString CubeSats deployed after WorldView-4 separation as part of NRO-sponsored ENTERPRISE mission. WorldView-4 experienced a failure in one of its control moment gyroscopes in January 2019, making the spacecraft unrecoverable.

rdf:langString Apogee: 101 kilometers . Fourth successful booster landing of the same rocket.

rdf:langString Crewed flight with three cosmonauts. Final flight of the Soyuz TMA-M variant

rdf:langString High-velocity landing test ended with a hard landing on the drone ship Of Course I Still Love You and destruction of the first stage.

rdf:langString Reached asteroid Bennu in December 2018. Scheduled to return to Earth in September 2023.

rdf:langString Carries the first laser communication node for the European Data Relay System

rdf:langString Delivering the IDA-2 segment of the NASA Docking System. Second successful return to launch site and vertical landing of a first stage, demonstrated as part of a controlled descent test.

rdf:langString Final flight of the standard Falcon 9 v1.1, future flights will use the upgraded Falcon 9 Full Thrust. Falcon 9's first stage performed a soft landing on an autonomous spaceport drone ship in the Pacific Ocean, but the failure of one landing leg to lock into position caused it to fall over and break apart.

rdf:langString Crewed flight with three cosmonauts. Peggy Whitson's mission was prolonged over Expedition 52 until September 2017.

rdf:langString FTM-27 target, successfully intercepted by two SM-6 missiles in low altitude

rdf:langString Medium Range Ballistic Missile Target, Aegis radar target FTX-21, apogee: ?

rdf:langString Anomaly in the mixture ratio control valve assembly, causing the Atlas V booster engine to cut off five seconds early, resulting in a longer-than-usual Centaur orbital insertion burn.

rdf:langString First stage landed successfully on drone ship Of Course I Still Love You for the first time, the second successful landing overall

rdf:langString First Galileo launch with Ariane 5 , carrying Antonianna, Lisa, Kimberley, and Tijmen.

rdf:langString First stage landed on Of Course I Still Love You drone ship, the fourth successful landing and the second landing with a payload to geostationary transfer orbit.

rdf:langString Cubesats deployed from the ISS and the Cygnus spacecraft at a later date.

dbpprop:rocket

xsd:gMonthDay --03-02

xsd:gMonthDay --03-03

xsd:gMonthDay --03-04

xsd:gMonthDay --03-05

xsd:gMonthDay --03-07

xsd:gMonthDay --03-11

rdf:langString New Shepard

rdf:langString Vega

rdf:langString Soyuz-U

rdf:langString LGM-30G Minuteman III

rdf:langString R-29R Volna

rdf:langString S-310

rdf:langString Black Brant IX

rdf:langString UR-100NU

rdf:langString Agni-I

rdf:langString Terrier Malemute

rdf:langString Pegasus-XL

rdf:langString VS-30

rdf:langString Shahab-3

rdf:langString H-IIA 202

rdf:langString Soyuz-FG

rdf:langString Atlas V 401

rdf:langString Delta IV Heavy

rdf:langString Soyuz-2.1a

rdf:langString Ariane 5 ECA

rdf:langString Atlas V 431

rdf:langString R-29RMU Sineva

rdf:langString RSM-56 Bulava

rdf:langString Rokot / Briz-KM

rdf:langString UGM-133 Trident II D5

rdf:langString Atlas V 411

rdf:langString Atlas V 551

rdf:langString M51

rdf:langString Proton-M / Briz-M

rdf:langString Soyuz-2.1b / Fregat

rdf:langString VSB-30

rdf:langString Atlas V 421

rdf:langString Ground Based Interceptor

rdf:langString Shavit-2

rdf:langString PSLV-XL

rdf:langString Soyuz-2.1b

rdf:langString H-IIB

rdf:langString RS-12M Topol

rdf:langString GSLV Mk II

rdf:langString SC-19

rdf:langString Terrier-Improved Malemute

rdf:langString Ariane 5 ES

rdf:langString Atlas V 541

rdf:langString VS-30/Improved Orion

rdf:langString Terrier Improved Orion

rdf:langString Terrier Orion

rdf:langString Epsilon

rdf:langString Falcon 9 v1.1

rdf:langString MRBM

rdf:langString Soyuz-STB / Fregat

rdf:langString K-4

rdf:langString Soyuz-STA / Fregat

rdf:langString Agni V

rdf:langString Delta IV M+

rdf:langString Falcon 9 Full Thrust

rdf:langString Antares 230

rdf:langString B-611?

rdf:langString Improved Malemute

rdf:langString Khorramshahr

rdf:langString MRBM-T3

rdf:langString PSLV-G

rdf:langString RIM-161 Standard Missile 3-IB

rdf:langString RS-24 Yars?

rdf:langString SRALT?

rdf:langString Soyuz-2.1a / Volga

rdf:langString Tianying 3F

rdf:langString Unha

rdf:langString Zombi

dbpprop:caption

rdf:langString Highlights from spaceflight in 2016.

dbpprop:date

xsd:gMonthDay --01-15

xsd:gMonthDay --01-17

xsd:gMonthDay --01-20

xsd:gMonthDay --01-22

xsd:gMonthDay --01-23

xsd:gMonthDay --01-27

xsd:gMonthDay --01-28

xsd:gMonthDay --01-29

xsd:gMonthDay --02-01

xsd:gMonthDay --02-02

xsd:gMonthDay --02-05

xsd:gMonthDay --02-07

xsd:gMonthDay --02-10

xsd:gMonthDay --02-16

xsd:gMonthDay --02-17

xsd:gMonthDay --02-21

xsd:gMonthDay --02-22

xsd:gMonthDay --02-26

xsd:gMonthDay --03-01

xsd:gMonthDay --03-04

xsd:gMonthDay --03-07

xsd:gMonthDay --03-08

xsd:gMonthDay --03-09

xsd:gMonthDay --03-10

xsd:gMonthDay --03-13

xsd:gMonthDay --03-14

xsd:gMonthDay --03-15

xsd:gMonthDay --03-16

xsd:gMonthDay --03-18

xsd:gMonthDay --03-23

xsd:gMonthDay --03-24

xsd:gMonthDay --03-29

xsd:gMonthDay --03-31

xsd:gMonthDay --04-02

xsd:gMonthDay --04-05

xsd:gMonthDay --04-08

xsd:gMonthDay --04-19

xsd:gMonthDay --04-25

xsd:gMonthDay --04-26

xsd:gMonthDay --04-28

xsd:gMonthDay --05-06

xsd:gMonthDay --05-15

xsd:gMonthDay --05-18

xsd:gMonthDay --05-24

xsd:gMonthDay --05-25

xsd:gMonthDay --05-26

xsd:gMonthDay --05-27

xsd:gMonthDay --05-29

xsd:gMonthDay --05-30

xsd:gMonthDay --06-01

xsd:gMonthDay --06-04

xsd:gMonthDay --06-09

xsd:gMonthDay --06-11

xsd:gMonthDay --06-12

xsd:gMonthDay --06-15

xsd:gMonthDay --06-18

xsd:gMonthDay --06-19

xsd:gMonthDay --06-22

xsd:gMonthDay --06-24

xsd:gMonthDay --06-25

xsd:gMonthDay --06-29

xsd:gMonthDay --06-30

xsd:gMonthDay --07-01

xsd:gMonthDay --07-07

xsd:gMonthDay --07-08

xsd:gMonthDay --07-11

xsd:gMonthDay --07-16

xsd:gMonthDay --07-18

xsd:gMonthDay --07-19

xsd:gMonthDay --07-27

xsd:gMonthDay --07-28

xsd:gMonthDay --08-05

xsd:gMonthDay --08-09

xsd:gMonthDay --08-14

xsd:gMonthDay --08-15

xsd:gMonthDay --08-17

xsd:gMonthDay --08-19

xsd:gMonthDay --08-24

xsd:gMonthDay --08-25

xsd:gMonthDay --08-31

xsd:gMonthDay --09-03

xsd:gMonthDay --09-05

xsd:gMonthDay --09-08

xsd:gMonthDay --09-09

xsd:gMonthDay --09-13

xsd:gMonthDay --09-15

xsd:gMonthDay --09-16

xsd:gMonthDay --09-26

xsd:gMonthDay --09-27

xsd:gMonthDay --10-05

xsd:gMonthDay --10-12

xsd:gMonthDay --10-16

xsd:gMonthDay --10-17

xsd:gMonthDay --10-19

xsd:gMonthDay --10-25

xsd:gMonthDay --11-02

xsd:gMonthDay --11-03

xsd:gMonthDay --11-09

xsd:gMonthDay --11-11

xsd:gMonthDay --11-17

xsd:gMonthDay --11-19

xsd:gMonthDay --11-22

xsd:gMonthDay --12-01

xsd:gMonthDay --12-05

xsd:gMonthDay --12-06

xsd:gMonthDay --12-07

xsd:gMonthDay --12-08

xsd:gMonthDay --12-09

xsd:gMonthDay --12-10

xsd:gMonthDay --12-15

xsd:gMonthDay --12-18

xsd:gMonthDay --12-20

xsd:gMonthDay --12-21

xsd:gMonthDay --12-26

xsd:gMonthDay --12-28

rdf:langString ? June

dbpprop:first

xsd:gMonthDay --01-15

dbpprop:last

xsd:gMonthDay --12-28

dbpprop:retired

rdf:langString

dbpprop:site

rdf:langString Hainan

rdf:langString Iran

rdf:langString Jiuquan

rdf:langString Kauai

rdf:langString Korla

rdf:langString Taiyuan

rdf:langString Visakhapatnam

rdf:langString Baikonur Site 1/5

rdf:langString Wallops Island

rdf:langString White Sands

rdf:langString , ETR

rdf:langString Baikonur Site 31/6

rdf:langString Andøya

rdf:langString Plesetsk

rdf:langString Vandenberg LF-04

rdf:langString Vandenberg LF-09

rdf:langString Esrange

rdf:langString Baikonur Site 81/24

rdf:langString Cape Canaveral SLC-41

rdf:langString Vandenberg SLC-4E

rdf:langString Cape Canaveral SLC-40

rdf:langString Baikonur Site 200/39

rdf:langString Plesetsk Site 43/4

rdf:langString Vandenberg SLC-3E

rdf:langString Plesetsk Site 133/3

rdf:langString Uchinoura

rdf:langString Palmachim

rdf:langString Xichang LC-2

rdf:langString Vandenberg LF-10

rdf:langString Tanegashima LA-Y1

rdf:langString Vandenberg SLC-6

rdf:langString Kourou ELA-3

rdf:langString Stargazer, Cape Canaveral

rdf:langString Satish Dhawan FLP

rdf:langString Cape Canaveral SLC-37B

rdf:langString C-17, Pacific Ocean

rdf:langString Jiuquan LA-4/SLS-1

rdf:langString Satish Dhawan SLP

rdf:langString Jiuquan LA-4/SLS-2

rdf:langString Vandenberg LF-23

rdf:langString , Kauai

rdf:langString Integrated Test Range

rdf:langString Semnan

rdf:langString K-433 Svyatoy Georgiy Pobedonosets, Sea of Okhotsk

rdf:langString Tanegashima LA-Y2

rdf:langString Xichang LC-3

rdf:langString Kourou ELS

rdf:langString Kourou ELV

rdf:langString Sohae

rdf:langString Taiyuan LC-9

rdf:langString Shuangchengzi

rdf:langString Corn Ranch

rdf:langString Integrated Test Range Launch Complex IV

rdf:langString Yasniy

rdf:langString INS Arihant

rdf:langString Jiuquan LA-4 / SLS-1

rdf:langString K-407 Novomoskovsk, Barents Sea

rdf:langString K-535 Yury Dolgorukiy, White Sea

rdf:langString Le Triomphant, Audierne Bay

rdf:langString MARS Pad 0A

rdf:langString Submarine, ETR

rdf:langString Vostochny Site 1S

rdf:langString Wenchang LC-1

rdf:langString Wenchang LC-2

rdf:langString Woomera Test Range

dbpprop:time

xsd:integer 7 1020.0 10800.0 1140.0 1153.0 1230.0 1267.0 1433.0 163.0 245.0 255.0 294.0 30.0 335.0 401.0 421.0 422.0 438.0 45.0 454.0 550.0 583.0 606.0 660.0 725.0 781.0 1410.0 1425.0 485.0 1110.0 890.0 975.0 31500.0 875.0 1162.0 510.0 1106.0 538.0 762.0 892.0 937.0 1269.0 1394.0 12064.0 19207.0 55804.0 693.0 918.0 19560.0 83100.0 84900.0 22800.0 17520.0 26400.0 19260.0 25800.0 1422.0 14160.0 52200.0 67800.0 77940.0 12236.0 11152.0 11824.0 13320.0 14460.0 17129.0 26944.0 31475.0 31723.0 34302.0 34920.0 37860.0 40800.0 42032.0 43207.0 45420.0 47208.0 48407.0 49041.0 49080.0 49904.0 50413.0 50652.0 52140.0 52680.0 55444.0 5800.0 58260.0 58924.0 59037.0 61024.0 6215.0 63484.0 63604.0 64260.0 64660.0 67338.0 68160.0 72664.0 7281.0 73214.0 74611.0 75733.0 77198.0 77919.0 78105.0 80161.0 80409.0 82525.0 84048.0 85320.0

dbpprop:total

xsd:integer 85

dbpprop:year

xsd:integer 2016

dbpedia-owl:abstract

rdf:langString Aquest article és una llista d'esdeveniments de vols espacials relacionats que es van produir el 2016.En aquest any es va veure inaugurar el cosmòdrom Oriental, a l'extrem oriental de Rússia el 28 d'abril de 2016 amb un vol tradicional del , abans de continuar amb la família de coets Angarà els següents anys. Llavors els xinesos van realitzar el vol inaugural del Llarga Marxa 7 des del centre de llançament de satèl·lits de Wenchang a l'illa de Hainan, al mar de la Xina Meridional el 25 de juny i el vol inaugural del Llarga Marxa 5 el 3 de novembre. Dos anys després de l'accident el 2014, el coet Antares va tornar a volar el 17 d'octubre amb una versió millorada anomenada versió 230 amb un motor rus . Després de , SpaceX va començar a aterrar les primeres etapes de Falcon 9 en vaixells autònoms, acostant al seu objectiu de . La companyia va indicar que els motors i estructures recuperades no van patir danys importants i que planejaven llançar una missió amb una etapa prèviament utilitzada el gener de 2017. La missió ExoMars, una col·laboració entre les agències espacials d'Europa i Rússia, es va posar en marxa el 14 de març i va arribar a Mart el 19 d'octubre.Essencialment dedicat a investigacions d'astrobiologia, aquest vol va transportar l'ExoMars Trace Gas Orbiter que va arribar a l'òrbita de Mart i el mòdul de descens Schiaparelli que es va estavellar en aterrar. Un vol posterior previst per al 2020 transportarà l'astromòbil ExoMars juntament ambquatre instruments superficials estàtics.Mentrestant, la sonda espacial japonesa Akatsuki va començar les seves observacions de Venus el maig després de passar cinc mesos ajustant gradualment la seva òrbita.Les activitats d'exploració planetària van prendre el centre de l'escenari amb la posada en òrbita de la sonda Juno de la NASA a Júpiter el 4 de juliol, que va ser seguit pel llançament de la missió OSIRIS-REx de la NASA a l'asteroide 101955 Bennu el 8 de setembre. Finalment, el 30 de setembre, la sonda Rosetta va executar un aterratge deliberat al cometa 67P/Churyumov–Gerasimenko. Entre les missions tripulades s'inclouen el retorn de Scott Kelly i Mikhail Kornienko el març, després d'una a bord de l'EEI, l'estada més llarga de permanència continuada per astronautes a l'estació. Kelly també va establir el rècord de l'estada més llarga d'un estatunidenc en òrbita. Quatre expedicions a l'EEI des del 47 al 50 es van posar en marxa el 2016, el primer utilitzant l'última nau espacial i les tres següents inaugurant la modernitzada . L'Expedició 50 continua en 2017. Es van planejar diverses EVAs per ajudar a mantenir l'exterior de l'EEI. L'hàbitat inflable experimental BEAM es va connectar a l'EEI el 16 d'abril i inflat el 28 de maig, per començar dos anys de proves en òrbita. Mentrestant, la Xina va llançar el seu nou laboratori espacial el setembre, que va ser durant un mes entre el 19 d'octubre i el 17 de novembre.

rdf:langString Several new rockets and spaceports began operations in 2016.

rdf:langString – – – – – – – – – – – Art / Zweck: Die Abkürzung „TE“ steht für „Technologieerprobung“, also das Testen neuer Satellitentechnik; das Symbol ◻ kennzeichnet Cubesats. Bei Cubesats ab 12U-Format ist die Größe mit angegeben. Siehe Satellitentypen für weitere Erläuterungen.

rdf:langString Cette page présente la chronologie des événements qui se sont produits durant l'année 2016 dans le domaine de l'astronautique.

rdf:langString Список , произведённых в 2016 году. Розовым цветом выделены неудачные запуски. Жирным выделены пилотируемые космические аппараты. информация о Falcon 9 FT/Амос-6 не относится к статистике запусков - взрыв ракеты произошел за двое суток до пуска

dbpprop:alignment

rdf:langString right

dbpprop:fixed

rdf:langString on

dbpprop:orbital

xsd:integer 5

dbpprop:totalcrew

xsd:integer 14

dbpprop:evas

xsd:integer 4

dbpedia-owl:wikiPageLength

xsd:nonNegativeInteger 154068