Sol 1033: Opportunity measured atmospheric dust, performed step No. Opportunity measured atmospheric dust and surveyed the horizon with the miniature thermal emission spectrometer. Sol 1032: Following the day's drive, Opportunity acquired images of the surrounding area, including rearward-looking views, using the navigation camera. Sol 1031: Opportunity measured atmospheric dust, scanned the sky for clouds, and surveyed the sky and ground with the miniature thermal emission spectrometer. 3 of the autonomous placement sequence for the robotic arm, acquired forward-looking images following the day's drive, scanned the sky for clouds with the navigation camera, and surveyed the sky, ground, and external calibration target using the miniature thermal emission spectrometer. Sol 1030: Opportunity measured atmospheric dust, performed step No. 16, 2006): Opportunity measured atmospheric dust, acquired navigation camera and panoramic camera images of Bottomless Bay, scanned the sky and ground with the miniature thermal emission spectrometer, and acquired panoramic images of points of scientific interest known as "Malua," "Timor" and "Cebu." 17, 2006, the rover's 1030th sol, or Martian day on Mars, Opportunity began testing software to enable autonomous placement of the robotic arm and scientific instruments on targets of scientific interest.Ä«etween sols 1029 (Dec. Opportunity is healthy and continues to gather data in search of a potential future entry point into "Victoria Crater." The rover is traversing the crater rim near an alcove known as "Bottomless Bay," assessing whether it might eventually serve as an entry point, and collecting images of the crater's interior cliffs. Sol 1029-1037, December 22, 2006: Opportunity Continues to Look for Entry Point into 'Victoria Crater'
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