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  • 26th June 2013 Sol 316

    Posted by jbridges in Mars Science Laboratory Blog on June 26, 2013 Curiosity Inspecting Shaler. This HazCam image shows our location at Shaler and the tracks left as we have manoeuvred along the outcrop to look at the planar and cross bedding structures.

  • Monday 24th September Sol 48

    Posted by jbridges in Mars Science Laboratory Blog on September 24, 2012 Mankind versus Machine #3 We visit the Mars Yard in JPL where the Curiosity engineering model is tested over rocky terrains.

  • February 4th 2013 Sol 178

    Posted by jbridges in Mars Science Laboratory Blog on February 4, 2013 Here is another Mahli image, of the first drilling hole at John Klein.  As we drill we learn more about the nature of the sedimentary material at Yellowknife Bay.

  • July 1st 2013 Sol 321

    Posted by jbridges in Mars Science Laboratory Blog on July 1, 2013 We are continuing our work at Shaler on Mars. Meanwhile, one of the important research aspects of MSL and Mars research generally is to identify analogue sites on Earth.

  • Tuesday 11th September Sol 35

    Posted by jbridges in Mars Science Laboratory Blog on September 11, 2012 One of the activities in the next few sols we are looking forward to include using the video facility on MastCam to observe a transit of Phobos across the Sun.

  • Wednesday 22nd August Sol 16

    Posted by jbridges in Mars Science Laboratory Blog on August 22, 2012 My favourite MSL image so far.  This one shows the extended robotic arm pointing towards the rim of Gale Crater and part of Mt. Sharp on the horizon, where, ultimately, it is heading.

  • February 2nd 2013 Sol 176

    Posted by jbridges in Mars Science Laboratory Blog on February 2, 2013 The rover planners are testing the drill by touching 4 points around the chosen drill site and testing the drill action, but not with the full force that the final drill action will use.

  • 1st November 2013 Sol 439

    Posted by jbridges in Mars Science Laboratory Blog on November 1, 2013 We have driven right up to the Cooperstown outcrop.  The rdige (a few tens of cm high) is composed of a resistant layer of sedimentary rock.

  • 5th December 2013 Sol 474

    Posted by jbridges in Mars Science Laboratory Blog on December 5, 2013 We have paused to do some contact science, using the robotic arm to use APXS on the local rocks.

  • 26th May 2016 Sol 1352

    Posted by jbridges in Mars Science Laboratory Blog on May 26, 2016 We are studying an area called Fracture Town. The aim is to follow up identification of opal to check the extent to which silica has been remobilised by fluids in the sediments.

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