NASA's new Mars probe captures a detailed picture of the Mars Road Seeer's response in 1997.

The meteorite's high-resolution telescope (Mars Reconnaissance Orbiter-MRO) drew a detailed map that landed on July 4, 1997 by the Mars finder (Mars Pathfinder). Thereby providing more specific details about the material on the surface and geological structure of this region.

(Photo: NASA) The right picture is based on the terrain and artificial colors collected from the Mars Pathfinder and other sources, showing a perspective view of the response of the Mars Pathfinder. The picture has a ratio of vertical and horizontal to 1: 3. The white point in the middle of the picture is where the answer of the one who finds Mars.

This new photo was obtained thanks to the Mars Explorer's high-resolution scientific imaging experiment program.

The Mars Starjourner's self-propelled robot seems to move closer to the mother ship after the last data is transmitted to Earth from the mother ship and based on its location in the image. The man who searched for the star of Mars met on Mars on July 4, 1997 and transmitted data to the earth for 12 consecutive weeks. Unlike two self-propelled robots larger than Spirit and Opportunity, which still operate on Mars, Sojourner self-propelled robots can only communicate with their mother ships, but cannot communicate directly with the earth.

The ladder of the mother ship, scientific chamber and part of the airbags can all be identified in this new photo. The parachute and the rear guard are used for the landing of the Mars Pathfinder located south, behind the hill seen from the mother ship. The other four bright spots in the image may be parts of the heat shield.

According to Rob Manning, chief engineer of the Mars program at the Jet Propulsion Laboratory (JPL) in Pasadena, Calif., The new photo will provide information about where the Seeer's response is. Mars road and help acknowledge the reconstruction of the landing as well as help us gain a deeper understanding of the airbag's landing position and release. '

(Photo: NASA)

Dr. Alfred McEwen of the University of Tucson, Arizona and the principal supervisor of a high-resolution scientific imaging program, said 'the answer of the Mars Seeker is the place to be studied. The most on Mars. Combining the new image of the Mars probe with surface geological data will help us better analyze the image of Mars Explorers shooting in other places on Mars. '

For more details about Mars Mars, please visit http://www.nasa.gov/mro.

Note : This document has been edited from a source published by NASA / JPL Jet Propulsion Laboratory.

The Mars probe is managed by the Jet Propulsion Laboratory (JPL) under the Scientific Mission Commission of Nasa, Washington State. JPL is a room of the California Institute of Technology in Pasadena city. Lockheed Martin Space System (Lockheed Martin Space Systems), based in Denver City, is the main contractor of the project and is the company that designs the Mars probe (MRO). High-resolution scientific imaging test program operated by Arizona State University and laboratory equipment manufactured by Boulder State, Colorado-based Ball Aerospace and Technology Corp. .

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