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**105 resultados para lro em tudo**

51 resultados em vídeo

New highly detailed without blurriness Moon surface map

LRO imaging flyover: floor, Milankovic crater, north polar highlands, moon's far side. LAT 77.27 LONG 165.47. Looping, reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Brücke am Inselsee in Güstrow

the acronym lro for lunar reconnaissance orbiter word or concept represented by wooden letter tiles on a wooden table with glasses and a book

LROs written on the keyboard button

Flying over Mare Imbrium in the Moon. Elements of this Video furnished by NASA. 4K Resolution.

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Detailed close-up of a full moon at dawn, slightly obscured by clouds

penguin family love

Fly To Earth From Moon

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Moon surface scanned by orbital space sattelite

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LRO imaging flyover: cratered plains of Sinus Iridum. LAT 42.45 LONG -34.32. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Mare Imbrium, one of the larger craters in the Solar System, on the Surface of the Moon. Elements of this video furnished by NASA.

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Long shot: the LRO spacecraft in orbit around Earth's Moon. Reversible, can be rotated 180 degrees. Elements of this image furnished by NASA.

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Top-down view, with snap zoom, of LRO positioning itself for a data gathering pass above Harpalus Crater, Sinus Roris. Elements of this image furnished by NASA

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Top-down view, with snap zoom, of LRO positioning itself for a data gathering pass above floor of Moretus Crater, south polar highlands. Elements of this image furnished by NASA

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LRO imaging flyover: south polar highlands, southeast of Casutus crater. LAT -76.96 LONG 341.28. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Lunar Reconnaissance Orbiter (LRO) making a close pass of Earth's Moon. Data: NASA/JPL.

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LRO spacecraft zips past camera as it departs Earth. Data: NASA/JPL

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Long shot: the LRO spacecraft travelling through empty space . Reversible, can be rotated 180 degrees. Elements of this image furnished by NASA.

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LRO imaging flyover: floor, Milankovic crater, north polar highlands, moon's far side. LAT 77.28 LONG 167.7. Looping. Reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Top-down view, with snap zoom, of LRO positioning itself for a data gathering pass above Harpalus Crater, Sinus Roris. Elements of this image furnished by NASA

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LRO imaging flyover: unnamed impact crater south of Dorsum Zirkel, Mare Imbrium. LAT 26.94 LONG 336.77. Clip loops. Reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Long shot with lens effects and nebulae: the LRO spacecraft in orbit around Earth's Moon. Reversible, can be rotated 180 degrees. Elements of this image furnished by NASA.

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Top-down view, with snap zoom, of LRO positioning itself for a data gathering pass above cratered terrain, Mare Insularum. Elements of this image furnished by NASA

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LRO imaging flyover: cratered terrain, Mare Insularum. LAT 18.63, LONG 331.8 . Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Top-down view, with snap zoom, of LRO positioning itself for a data gathering pass above SE edge, Montes Carpatus range, Mare Insularum. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself and then making a data gathering pass above cratered terrain, Mare Insularum. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself for a data gathering pass above new craters and ejecta, Mare Insularum. Elements of this image furnished by NASA

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Flyby of Lunar Reconnaissance Orbiter spacecraft as it departs Earth and heads into space. Data: NASA/JPL.

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Top-down view of LRO positioning itself for a data gathering pass above XTARGET. Elements of this image furnished by NASA

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LRO imaging flyover: edge of crater northwest of Montes Riphaeus. LAT -3.1 LONG -30.52. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Long shot with lens effects and nebulae: the LRO spacecraft travelling through empty space . Reversible, can be rotated 180 degrees. Elements of this image furnished by NASA.

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LRO imaging flyover: SE edge, Montes Carpatus range, Mare Insularum. LAT 13.28 LONG 328.84. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself for a data gathering pass above Harpalus Crater, Sinus Roris. Elements of this image furnished by NASA

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LRO imaging flyover: fields of new craters and ejecta, Mare Insularum. LAT 13.61 LONG 325.61. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself for a data gathering pass above Harpalus Crater, Sinus Roris. Elements of this image furnished by NASA

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LRO imaging flyover: foothills of the western Montes Jura range. LAT 44.51 LONG 323.7. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself and then making a data gathering pass above Harpalus Crater, Sinus Roris. Elements of this image furnished by NASA

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LRO imaging flyover: foothills meet plains, western Montes Jura range. LAT 44.51 LONG 323.7. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Flyby of Lunar Reconnaissance Orbiter spacecraft on its final approach toward Earth's moon. Data: NASA/JPL.

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LRO imaging flyover: Harpalus Crater, Sinus Roris. LAT 53.02 LONG 316.27. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself for a data gathering pass above SE edge, Montes Carpatus range, Mare Insularum. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself and then making a data gathering pass above Harpalus Crater, Sinus Roris. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself and then making a data gathering pass above SE edge, Montes Carpatus range, Mare Insularum. Elements of this image furnished by NASA

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LRO imaging flyover: Harpalus Crater, Sinus Roris. LAT 53.02 LONG 316.27. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself and then making a data gathering pass above floor of Moretus Crater, south polar highlands. Elements of this image furnished by NASA

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LRO imaging flyover: South polar terrain, near Casatus. LAT -75.45 LONG -18.08. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself for a data gathering pass above floor of Moretus Crater, south polar highlands. Elements of this image furnished by NASA

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Top-down view of LRO positioning itself and then making a data gathering pass above new craters and ejecta, Mare Insularum. Elements of this image furnished by NASA

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LRO imaging flyover: rolling terrain NNE of Chaplygin Crater. LAT -1.73 LONG 149.15. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Top-down view, with snap zoom, of LRO positioning itself for a data gathering pass above new craters and ejecta, Mare Insularum. Elements of this image furnished by NASA

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Retimed, matrix-style flyby of Lunar Reconnaissance Orbiter spacecraft travelling through space. Data: NASA/JPL.

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LRO imaging flyover: south floor of Moretus Crater, south polar highlands. LAT -72.5 LONG 351.96. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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LRO imaging flyover: ridged terrain due south of Mairan Crater. LAT 38.43 LONG 316.64. Clip loops and is reversible. Scientifically accurate HUD. Elements of this image furnished by NASA

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Flyby of Lunar Reconnaissance Orbiter spacecraft as it travels through empty space. Data: NASA/JPL.

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Earth surface scanned by orbital space sattelite

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Flyby of Lunar Reconnaissance Orbiter spacecraft travelling toward a distant Earth's moon. Data: NASA/JPL.

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