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In April 2020, New Horizons was used in conjunction with telescopes on Earth to take pictures of nearby stars Proxima Centauri and Wolf 359; the images from each vantage point – over 6.4 billion km (4 billion miles) apart – were compared to produce "the first demonstration of an easily observable stellar parallax."
In a soft, clear voice, she confirmed that the New Horizons spacecraft had flown within 7,800 miles of Pluto and survived. In the following days, the spacecraft transmitted images that revealed for the first time what the surface of Pluto looks like.
Images are taken with a CCD capturing data with 1024 × 1024 pixels. [4] LORRI is a telescopic panchromatic camera integrated with the New Horizons spacecraft, and it is one of seven major science instruments on the probe. [5] LORRI does not have any moving parts and is pointed by moving the entire New Horizons spacecraft. [5]
[9] [10] Observations of Jupiter were taken with Ralph in February 2007, when New Horizons was about 6 million kilometers (nearly 4 million miles) from the giant. [10] Ralph took color images of Arrokoth during the New Horizons flyby on January 1, 2019. [11] Ralph, in conjunction with the LORRI telescope, was used to make a digital elevation ...
NASA launched the New Horizon spacecraft in 2006 to learn more about the icy dwarf planet Pluto. Here are some of the first photos from that mission, taken from between 125 and 115 million miles away.
The city-size object is made up of a pair of roughly spherical lobes, scientists dubbed the larger lobe "Ultima" and the smaller one "Thule."
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Subsequent images of Arrokoth from New Horizons upon approach confirmed that its rotation is tilted, with its south pole facing towards the Sun. [17] [19] The rotational axis of Arrokoth is tilted 99 degrees to its orbit. [9] Based on occultation and New Horizons imaging data, Arrokoth's rotation period is determined to be 15.938 hours. [8]