Japan’s third Epsilon rocket fired into the pre-dawn skies over Kyushu Island Thursday morning, carrying into orbit the ASNARO-2 radar-imaging satellite setting out to demonstrate a compact satellite platform capable of hosting high-performance instruments matching large flagship satellite missions in data quality.
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Japan’s third Epsilon rocket lifted off from the Uchinoura Space Center on Kyushu Island at 21:06:11 UTC on January 17, 2018 with the ASNARO-2 radar-imaging satellite joining a program dedicated to the creation of a high-performance small satellite platform that can match the capabilities of flagship satellite missions.
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Japan’s third Epsilon rocket lifted off from the Uchinoura Space Center on Kyushu Island at 21:06:11 UTC on January 17, 2018 with the ASNARO-2 radar-imaging satellite joining a program dedicated to the creation of a high-performance small satellite platform that can match the capabilities of flagship satellite missions.
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Japan’s Epsilon rocket is gearing up for liftoff from the country’s Uchinoura Space Center on Wednesday with the ASNARO-2 satellite – a compact, but high-performance radar-imaging satellite packing a high-resolution X-band radar into a compact satellite platform.
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The year 2016 saw a total of 85 known orbital launch attempts operated by eight nations from space ports in
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Japan’s Enhanced Epsilon rocket thundered into the night skies over Kyushu Island on Tuesday, embarking on its debut mission to deliver the ERG Radiation Belt research spacecraft into a high-energy orbit around Earth to penetrate the Van Allen Belts for a detailed study of particle-wave interactions in Earth’s powerful magnetic field.
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Japan’s Enhanced Epsilon rocket thundered into the night skies over Kyushu Island on Tuesday, embarking on its debut mission to
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A beefed up version of Japan’s Epsilon Rocket will make its debut on Tuesday, carrying out a high-energy orbital delivery with the ERG satellite that sets out to study Space Weather phenomena from a highly elliptical orbit that takes the spacecraft through the most intense region of particle acceleration in Earth’s magnetosphere.
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