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Flyby (spaceflight)
A flyby (/ˈflaɪbaɪ/) is a spaceflight operation in which a spacecraft passes in proximity to another body, usually a target of its space exploration mission and/or a source of a gravity assist (also called swing-by) to impel it towards another target. Spacecraft which are specifically designed for this purpose are known as flyby spacecraft, although the term has also been used in regard to asteroid flybys of Earth for example. Important parameters are the time and distance of closest approach.
Flyby maneuvers can be conducted with a planet, a natural satellite or a non-planetary object such as a small Solar System body.
Planetary flybys have occurred with Mars or Earth for example:
An example of a comet flyby is when International Cometary Explorer (formerly ISEE-3) passed about 4,800 miles (7,700 km) from the nucleus of Comet Giacobini-Zinner in September 1985.
Another application of the flyby is of Earth's Moon, usually called a lunar flyby. The Apollo 13 spacecraft had an exploded oxygen tank, and therefore had to flyby around the Moon. The Artemis 2 will include a lunar flyby.
In regards to Mars flybys, a related concept is a Mars flyby rendezvous, where a spacecraft does not enter orbit but rendezvous before or after a flyby of the planet with another spacecraft. Mars flyby rendezvous was evaluated at NASA's Manned Spacecraft Center in the 1960s. At that time NASA developed designs for a combination of a Mars lander, short-stay surface habitat, and ascent vehicle called a Mars Excursion Module (MEM); the ascent stage performed the rendezvous with a different spacecraft that did a flyby of Mars without entering orbit or landing. Compared to MOR, a flyby rendezvous means one spacecraft does not have to orbit Mars, so the resources needed on a return journey to Earth are not taken in and out of Mars orbit for example. (See also Mars cycler)
Mariner IV flyby of Mars in July 1965 returned more accurate atmospheric data about Mars and much closer views of its surface then previously.
Mariner 6 and Mariner 7 flyby of Mars in 1969 caused another breakthrough in knowledge about the planet. The Mariner 6 & 7 infrared radiometer results from the flyby showed that the atmosphere of Mars was composed mostly of carbon dioxide (CO2), and they were also able to detect trace amounts of water on the surface of Mars.
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Flyby (spaceflight)
A flyby (/ˈflaɪbaɪ/) is a spaceflight operation in which a spacecraft passes in proximity to another body, usually a target of its space exploration mission and/or a source of a gravity assist (also called swing-by) to impel it towards another target. Spacecraft which are specifically designed for this purpose are known as flyby spacecraft, although the term has also been used in regard to asteroid flybys of Earth for example. Important parameters are the time and distance of closest approach.
Flyby maneuvers can be conducted with a planet, a natural satellite or a non-planetary object such as a small Solar System body.
Planetary flybys have occurred with Mars or Earth for example:
An example of a comet flyby is when International Cometary Explorer (formerly ISEE-3) passed about 4,800 miles (7,700 km) from the nucleus of Comet Giacobini-Zinner in September 1985.
Another application of the flyby is of Earth's Moon, usually called a lunar flyby. The Apollo 13 spacecraft had an exploded oxygen tank, and therefore had to flyby around the Moon. The Artemis 2 will include a lunar flyby.
In regards to Mars flybys, a related concept is a Mars flyby rendezvous, where a spacecraft does not enter orbit but rendezvous before or after a flyby of the planet with another spacecraft. Mars flyby rendezvous was evaluated at NASA's Manned Spacecraft Center in the 1960s. At that time NASA developed designs for a combination of a Mars lander, short-stay surface habitat, and ascent vehicle called a Mars Excursion Module (MEM); the ascent stage performed the rendezvous with a different spacecraft that did a flyby of Mars without entering orbit or landing. Compared to MOR, a flyby rendezvous means one spacecraft does not have to orbit Mars, so the resources needed on a return journey to Earth are not taken in and out of Mars orbit for example. (See also Mars cycler)
Mariner IV flyby of Mars in July 1965 returned more accurate atmospheric data about Mars and much closer views of its surface then previously.
Mariner 6 and Mariner 7 flyby of Mars in 1969 caused another breakthrough in knowledge about the planet. The Mariner 6 & 7 infrared radiometer results from the flyby showed that the atmosphere of Mars was composed mostly of carbon dioxide (CO2), and they were also able to detect trace amounts of water on the surface of Mars.