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Mars flyby

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orbiter, which over the course of 1972 to 1973 took thousands of images up to 100m a pixel. Observations from optical ground-based Earth telescopes have to peer through the atmosphere which blurs images, typically limiting them to resolving features about 300 kilometers (190 mi) across even when
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The spacecraft they live in on the journey to Mars does the flyby, but the crew separates and goes into a lander. The Excursion module's ascent stage must rejoin the main spacecraft before it gets too far away. An advantage is that the resources needed for Earth return don't have to enter and leave
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with another, uncrewed spacecraft, that was launched separately from Earth, flying by. This would mean the ascent stage of the lander to reach the speed necessary equal to that of the spacecraft flying by, but the resources needed for Earth return would not have to enter or leave Mars orbit.
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In July 1965, Mariner 4 achieved a flyby of Mars with a return of data, providing the public and scientists with dramatically closer images of Mars. During the flyby Mariner 4 took 21 pictures amounting to about 1% of the surface of Mars. Mars was not globally mapped until the
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is that a lander and flyby would separate in solar orbit, the lander would accelerate to get to Mars first, then land on Mars meanwhile the other segment does a Mars flyby, then the lander takes off and rendezvous with the flyby segment transferring the crew over. (see also
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orbit the Sun in such a way as to pass by Mars and the Earth on regular intervals, performing Mars flybys on regular intervals. The crews would live on the stations during the interplanetary voyages. The concept for
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made observations of Mars after its flyby of asteroid Braille. Although this was a very distant flyby it did succeed in taking multiple infrared spectra with its MICAS instrument of the planet.
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lander during its EDL were launched towards Mars with the cruise stage. Both MarCOs reached Mars and successfully relayed data during the entry, descent, and landing phase of
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or landing on it. Uncrewed space probes have used this method to collect data on Mars, as opposed to orbiting or landing. A spacecraft designed for a
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One application of a Mars flyby is for a human mission, where after landing and staying on the surface for some time the ascent stage has a
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Missions are ordered by launch date. Sign indicates failure en route or before intended mission data returned.
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returned data from Mars flybys, mapping about 20% of Mars more closely with a couple hundred images.
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Alternately, a flyby-only human mission is also possible, without detaching at Mars, but to
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NASA Monographs in Aerospace History Series, Number 21, February 2001. Available as
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An image taken during the Mariner 4 Mars flyby is presented to the U.S. President
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This shows two of the frames from the Mariner 4 flyby projected over a grid
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in solar orbit and the time on Mars is constrained by the need to this.
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also launched in 1962 but communications failed before it reached Mars.
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Mars 4 achieved a flyby in 1974 and detected a nightside ionosphere.
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Mars 6 and 7 were Mars landers carried by instrumented flyby buses.
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Humans to Mars: Fifty Years of Mission Planning, 1950 - 2000,
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Kiefer, Walter S.; Treiman, Allan H.; Clifford, Stephen M.
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view of Mars during swingby by its comet lander Philae
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is also known as a "flyby bus" or "flyby spacecraft".
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(2015). 502: 500: 498: 496: 494: 181: 173: 108: 30: 18: 575:Universities Space Research Association 556:Universities Space Research Association 448:"Flyby-Landing Excursion Module (FLEM)" 2092: 812:"Asteroid-Bound Probe Zooms Past Mars" 552:"Slide 2 Earth Telescope View of Mars" 169: 1709:Biological Oxidant and Life Detection 930: 809: 738: 635: 633: 491: 392: 390: 689:"Russia's unmanned missions to Mars" 663: 581:from the original on 7 October 2022. 423:. Infobase Publishing. p. 171. 680: 544: 420:Encyclopedia of Space and Astronomy 270:, closest approach was 549 km. 13: 1135: 1127: 1119: 983:List of artificial objects on Mars 810:Malik, Tariq (February 18, 2009). 784: 707: 657: 630: 398:"Space probe performs Mars fly-by" 387: 14: 2121: 1996:Mars Exploration Joint Initiative 888: 691:. RussianSpaecWeb. Archived from 2077: 1684:Mars Sample Recovery Helicopters 713: 488:, Brian Vastag, 27 February 2013 1855:Mars Telecommunications Orbiter 1661:Martian Moons eXploration (MMX) 862: 840: 828: 803: 778: 760: 686: 606: 259: 190: 101:around Mars and back to Earth. 47:passing in the vicinity of the 562: 478: 467: 410: 286:, flewby at about 1000 km 87:Flyby Excursion Landing Module 1: 1810:Astrobiology Field Laboratory 354: 870:"Every mission to Mars ever" 226:(Mars 1960A and Mars 1960B). 156:to relay communication from 138:Earth and Mars are closest. 7: 1734:Mars Exploration Ice Mapper 1679:NASA-ESA Mars Sample Return 1655:Tera-hertz Explorer (TEREX) 1023:Mars Reconnaissance Orbiter 516:Planetary and Space Science 332: 303:Tianwen-1 Deployable Camera 62: 10: 2126: 614:"MarCO: CubeSats to Mars!" 314: 237:. but it was destroyed in 104: 2058: 2009: 1978: 1912: 1903: 1791: 1701: 1619: 1612: 1532: 1495: 1430: 1332: 1223: 1153: 1146: 1117: 1064: 1041:ExoMars Trace Gas Orbiter 998: 991: 968: 720:Encyclopedia Astronautica 537:10.1016/j.pss.2015.06.017 417:Joseph A. Angelo (2014). 128:and Mars in February 2007 1991:Mars Exploration Program 973:List of missions to Mars 895:Astronautix - Mars flyby 349:List of planetary flybys 344:List of missions to Mars 209:Mariner 6, and Mariner 7 27:'s flyby on a modern map 1081:Mars Science Laboratory 748:The Soviet Mars program 668:. Jonathan's Space Page 528:2015P&SS..117..207S 1450:Mars Exploration Rover 1140: 1132: 1124: 241:due to rocket failure. 187: 179: 166:on November 26, 2018. 129: 36: 28: 1645:(2024, flyby in 2025) 1637:(2024, flyby in 2025) 1216:(2023, flyby in 2026) 1207:Mars Cube One (MarCO) 1139: 1131: 1123: 978:List of Mars orbiters 874:The Planetary Society 791:The Planetary Society 185: 177: 112: 92:Mars Excursion Module 34: 22: 2105:Spaceflight concepts 2001:Mars Next Generation 1960:Permanent settlement 1850:Mars Surveyor Lander 1316:Mars Climate Orbiter 1302:Mars Global Surveyor 880:on 30 December 2018. 664:McDowell, Jonathan. 406:. February 25, 2007. 339:List of Earth flybys 278:, within 250 km 23:Data collected from 2100:Exploration of Mars 958:Spacecraft missions 170:List of Mars flybys 152:(MarCO), two flyby 51:, but not entering 16:Spacecraft maneuver 1986:Mars Scout Program 1825:Mars 4NM & 5NM 1749:Mars Micro Orbiter 1739:Mars Geyser Hopper 1141: 1133: 1125: 753:2013-10-13 at the 726:on 8 December 2010 188: 186:Mariner 7 lift-off 180: 130: 122:s ROLIS camera of 37: 29: 2065: 2064: 2054: 2053: 2025:The Case for Mars 1935:Atmospheric entry 1899: 1898: 1830:Mars 5M (Mars-79) 1787: 1786: 1764:Next Mars Orbiter 1672:Rosalind Franklin 1608: 1607: 1528: 1527: 1383:Mars Polar Lander 1115: 1114: 1009:2001 Mars Odyssey 914:Mariner 6 montage 858:on 10 April 2020. 618:www.planetary.org 484:Washington Post, 430:978-1-4381-1018-9 382:NASA SP-2001-4521 141:In October 1999, 43:is a movement of 2117: 2082: 2081: 2080: 2073: 2031:Inspiration Mars 2018:The Mars Project 1910: 1909: 1793: 1792: 1617: 1616: 1534: 1533: 1151: 1150: 996: 995: 951: 944: 937: 928: 927: 882: 881: 876:. 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Index


Mariner 4

spacecraft
planet Mars
orbit
flyby
space rendezvous
space rendezvous
Mars cyclers
Flyby Excursion Landing Module
Mars Excursion Module
slingshot

Philae
Rosetta
Mariner 9
Deep Space 1
Mars Cube One
CubeSats
InSight


Mariner program
Mariner 4
Mariner 6, and Mariner 7
Mars program
Mars 1M
Mars 2MV-4 No.1
Mars program

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