A | B | C | D | E | F | G | H | CH | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9
This timeline of artificial satellites and space probes includes uncrewed spacecraft including technology demonstrators, observatories, lunar probes, and interplanetary probes. First satellites from each country are included. Not included are most Earth science satellites, commercial satellites or crewed missions.
Timeline
1950s
Year | Date | Origin | Name | Launch vehicle | Status | Description | Mass |
---|---|---|---|---|---|---|---|
1957 | October 4 | Soviet Union | Sputnik 1 | Sputnik-PS | Success | The first human-made object to orbit Earth. | 83.6 kg (183.9 lb) |
November 3 | Soviet Union | Sputnik 2 | Sputnik-PS | Success | The first satellite to carry a living animal, a dog named Laika. | 508 kg (1,118 lb) | |
December 6 | US | Vanguard 1A | Vanguard TV-3 | Failure | The first stage engine was improperly started, causing the vehicle to fall back to the launch pad immediately after launch and explode.[1] | 1.36 kg (2.99 lb) | |
1958 | February 1 | US | Explorer 1 | Juno I | Success | The first American satellite in space.[1] | 13.91 kg (30.66 lb) |
February 5 | US | Vanguard 1B | Vanguard TV-3BU | Failure | Control failure caused vehicle breakup at T+57 seconds as vehicle exceeded an angle of attack of 45° due to a control system malfunction.[1] | 1.36 kg (2.99 lb) | |
March 5 | US | Explorer 2 | Juno I | Failure | Failed to orbit. Fourth stage did not ignite.[1] | 14.52 kg (31.94 lb) | |
March 17 | US | Vanguard 1C | Vanguard TV-4 | Success | Vanguard 1. Expected to de-orbit in ~2240AD, this and its upper launch stage are the oldest human-made objects in space. Also the first use of solar cells to power a satellite.[1] | 1.47 kg (3.25 lb) | |
March 26 | US | Explorer 3 | Juno I | Success | Added to data received by Explorer 1.[1] | 14.1 kg (31.0 lb) | |
April 29 | US | Vanguard 2A | Vanguard TV-5 | Failure | Second stage shutdown sequence not completed, preventing proper 3rd stage separation and firing. Did not reach orbit.[1] | 9.98 kg (21.96 lb) | |
May 15 | Soviet Union | Sputnik 3 | Sputnik | Success | Contained 12 instruments for a wide range of upper atmosphere tests. | 1,327 kg (2,926 lb) | |
May 28 | US | Vanguard 2B | Vanguard SLV-1 | Failure | The first production model of the series. Nominal flight until a guidance error was encountered on second stage burnout. Did not reach orbit.[1] | 9.98 kg (21.96 lb) | |
June 26 | US | Vanguard 2C | Vanguard SLV-2 | Failure | Premature second stage cutoff prevented third stage operation. Did not reach orbit.[1] | 9.98 kg (21.96 lb) | |
July 26 | US | Explorer 4 | Juno I | Success | Expanded data set of previous Explorer missions and collected data from Argus high-altitude nuclear explosions.[1] | 11.7 kg (25.8 lb) | |
August 17 | US | Pioneer 0 | Thor-Able 1 | Failure | Failed to orbit. First stage engine failure caused explosion at T+77 seconds. | 38 kg (84 lb) | |
August 24 | US | Explorer 5 | Juno I | Failure | On-board instruments damaged on first stage separation. Failed to orbit.[1] | 11.7 kg (25.8 lb) | |
September 26 | US | Vanguard 2D | Vanguard SLV-3 | Failure | Second stage under-performed, lacking only ~76 m/s (~250 fps) required to achieve orbit.[1] | 10.6 kg (23.3 lb) | |
October 11 | US | Pioneer 1 | Thor-Able 1 | Partial success | First spacecraft launched by NASA. Studied Earth's magnetic fields. Third stage provided insufficient thrust to reach the Moon, leaving it sub-orbital.[2] | 38 kg (84 lb) | |
October 22 | US | Beacon 1 | Jupiter-C | Failure | A thin plastic sphere (12-feet in diameter) intended to study atmosphere density.[2] Payload dropped due to rotational vibrations.[1] | 4.2 kg (9.2 lb) | |
November 8 | US | Pioneer 2 | Thor-Able 1 | Failure | Briefly provided further data on Earth's magnetic field. Third stage provided insufficient thrust to reach the vicinity of the Moon.[2] | 38 kg (83 lb) | |
December 6 | US | Pioneer 3 | Juno II | Partial success | Did not reach the Moon as intended, but discovered a second radiation belt around Earth.[2] | 5.9 kg (13.0 lb) | |
1959 | January 2 | Soviet Union | Luna 1 | Luna | Partial success | The first spacecraft to reach the vicinity of the Moon, and the first spacecraft to be placed in heliocentric orbit. | 361 kg (794.2 lb) |
February 17 | US | Vanguard 2E | Vanguard SLV-4 | Success | Vanguard 2. Measured cloud cover. First attempted photo of Earth from a satellite; precession motion resulted in difficulty interpreting data (see first images of Earth from space).[2] | 10.8 kg (23.7 lb) | |
March 3 | US | Pioneer 4 | Juno II | Success | Passed within 60,030 km (37,300 mi) of the Moon into a heliocentric orbit, returning excellent radiation data.[2] | 6.1 kg (13.4 lb) | |
April 13 | US | Vanguard 3A | Vanguard SLV-5 | Failure | Failed to orbit. Second stage hydraulics failure led to loss of control, damaged at launch. Two spheres included as payload.[2] | 10.3 kg (22.7 lb) | |
June 22 | US | Vanguard 3B | Vanguard SLV-6 | Failure | Failed to orbit. Second stage exploded due to stuck helium vent valve. Intended to measure weather effects related to solar-Earth heating processes.[2] | 10.3 kg (22.7 lb) | |
July 16 | US | Explorer S-1 | Juno II | Failure | Did not achieve orbit. Guidance system power malfunction. Destroyed by range safety officer at T+5.5s.[2] | 41.5 kg (91.3 lb) | |
August 7 | US | Explorer 6 | Thor-Able 3 | Success | Included instruments to study particles and meteorology.[2] | 64.4 kg (141.7 lb) | |
August 14 | US | Beacon 2 | Juno II | Failure | Premature cutoff of first stage caused upper stage malfunction.[2] | 4.5 kg (9.9 lb) | |
September 12 | Soviet Union | Luna 2 | Luna | Success | The first spacecraft to reach the surface of the Moon, and the first human-made object to land on another celestial body. | 390.2 kg (858.4 lb) | |
September 18 | US | Vanguard 3 | Vanguard TV-4BU | Success | Incorporated Allegany Ballistics Laboratory X248 A2 as third stage.[1] Solar-powered sphere measured radiation belts and micrometeorite impacts.[2] | 22.7 kg (50.0 lb) | |
October 4 | Soviet Union | Luna 3 | Luna | Success | The first mission to photograph the far side of the Moon. | 278.5 kg (614 lb) | |
October 13 | US | Explorer 7 | Juno II | Success | Provided data on energetic particles, radiation, and magnetic storms. Also recorded the first micrometeorite penetration of a sensor.[2] | 41.5 kg (69.4 lb) | |
November 26 | US | Pioneer P-3 | Atlas-Able 20 | Failure | Lunar orbiter probe; payload shroud failed at T+45 seconds, resulting in disintegration of upper stages and payload.[2] | 168.7 kg (371.1 lb) |
1960s
Year | Launch date | Origin | Name | Launch vehicle | Target | Status | Description |
---|---|---|---|---|---|---|---|
1960 | March 11 | US | Pioneer 5 | Thor-Able | Sun | Success | Solar monitor. Measured magnetic field phenomena, solar flare particles, and ionization in the interplanetary region[3] |
May 15 | Soviet Union | Korabl-Sputnik 1 | Vostok-L | Earth | Success | First test flight of the Soviet Vostok programme, and the first Vostok spacecraft | |
April 1 | US | TIROS-1 | Thor-Able | Earth | Success | TIROS-1 (or TIROS-A) was the first successful low-Earth orbital weather satellite, and the first of a series of Television Infrared Observation Satellites. | |
August 19 | Soviet Union | Korabl-Sputnik 2 | Vostok-L | Earth | Success | First spaceflight to send animals into orbit and return them safely back to Earth | |
November 3 | US | Explorer 8 | Juno II | Earth | Partial success | Battery power failed early, And data had to be processed by hand. In spite of this, new information about the ionosphere has been discovered | |
1961 | February 12 | Soviet Union | Venera 1 | Molniya 8K78 | Venus | Partial success | First interplanetary flight, contact lost en-route, before it performed the first flyby at another planet. |
April 27 | US | Explorer 11 | Juno II | Earth | Partial success | Was the first space-borne gamma-ray telescope. Limited Battery Power caused the data collection to only be in the ascension stage. | |
August 23 | US | Ranger 1 | Atlas-Agena | Moon | Failure | Rocket malfunction caused the spacecraft to get stranded in low Earth orbit.[4] | |
November 18 | US | Ranger 2 | Atlas-Agena | Moon | Failure | Booster rocket malfunction caused spacecraft to be trapped in low Earth orbit.[5] | |
1962 | January 26 | US | Ranger 3 | Atlas-Agena | Moon | Failure | NASA's first attempt to land a spacecraft on the Moon. A series of malfunctions caused spacecraft to hurtle past the Moon.[6] |
April 23 | US | Ranger 4 | Atlas-Agena | Moon | Partial failure | Was the first U.S. spacecraft to reach another celestial body. Failure in the onboard computer prevented it from carrying out its scientific objectives. First spacecraft to impact the far side of the Moon.[7][8] | |
April 26 | UK | Ariel 1 | Thor-Delta | Earth | Success | First British satellite in space (on American rocket) | |
July 10 | US | Telstar 1 | Thor-Delta | Earth | Success | Communication satellite | |
July 22 | US | Mariner 1 | Atlas-Agena | Venus | Failure | Software related guidance system failure, range safety officer ordered destroyed after 294.5 seconds after launch. | |
August 27 | US | Mariner 2 | Atlas-Agena | Venus | Success | First spacecraft to visit another planet | |
September 29 | Canada | Alouette 1 | Thor-Agena | Earth | Success | First Canadian satellite (on American rocket), first satellite not constructed by the US or USSR | |
October 18 | US | Ranger 5 | Atlas-Agena | Moon | Failure | Malfunction in the spacecraft's batteries caused them to drain after 8 hours, leaving it inoperable.[9] | |
1963 | First pair - October 17 | US | Vela 1A and Vela 1B | Atlas-Agena | Earth | Success | Series of satellites to monitor compliance to the 1963 Partial Test Ban Treaty |
1964 | February 2 | US | Ranger 6 | Atlas-Agena | Moon | Success | Lunar impactor. Successful impact but power failure resulted in no pictures. |
March 27 | UK | Ariel 2 | Scout X-3 | Earth | Success | First Radio Astronomy Satellite (on American rocket) | |
July 31 | US | Ranger 7 | Atlas-Agena | Moon | Success | Lunar impactor. Returned pictures until impact. | |
November 28 | US | Mariner 4 | Atlas-Agena | Mars | Success | First deep space photographs of another planet and first flyby of Mars | |
December 15 | Italy | San Marco 1 | Scout X-4 | Earth | Success | First Italian satellite (on American rocket) | |
1965 | February 2 | US | Ranger 8 | Atlas-Agena | Moon | Success | Lunar impactor. Returned pictures until impact. |
February 20 | US | Ranger 9 | Atlas-Agena | Moon | Success | Lunar impactor. Live TV broadcast until impact. | |
April 6 | US | Intelsat I | Delta D | Earth | Success | First commercial communications satellite in orbit. Was operated off and on until 1990. | |
November 26 | France | Asterix | Diamant A | Earth | Success | First French satellite. First orbital launch outside U.S and Soviet Union. | |
November 29 | Canada | Alouette 2 | Thor-Agena | Earth | Success | Research satellite designed to explore Earth's ionosphere | |
December 16 | US | Pioneer 6 | Delta E | Sun | Success | A series of solar-orbiting, spin-stabilized, solar-cell and battery-powered satellites designed to obtain measurements on a continuing basis of interplanetary phenomena from widely separated points in space.[10] | |
1966 | January 31 | Soviet Union | Luna 9 | Molniya M | Moon | Success | First spacecraft to achieve a soft landing on the Moon, or any planetary body other than Earth, and to transmit photographic data to Earth from the surface of another planetary body. |
February 17 | France | Diapason | Diamant A | Earth | Success | Earth measurement by doppler radio measure | |
June 2 | US | Surveyor 1 | Atlas-Centaur | Moon | Success | First US soft landing; Surveyor program performed various tests in support of forthcoming crewed landings.[11] | |
July 1 | US | Explorer 33 | Delta E1 | Earth | Partial success | Was intended to orbit the Moon but instead orbited the Earth. Explored solar winds, interplanetary plasma, and solar X-rays.
Zdroj:https://en.wikipedia.org?pojem=Timeline_of_artificial_satellites_and_space_probes Text je dostupný za podmienok Creative Commons Attribution/Share-Alike License 3.0 Unported; prípadne za ďalších podmienok. Podrobnejšie informácie nájdete na stránke Podmienky použitia.
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