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The solar conjunction period affecting InSight is expected to end on 2019-09-07, and it will take about a week after that to retrieve all data from InSight and other spacecraft at Mars.
The Jet Propulsion Laboratory will use InSight’s robotic arm to lift the support structure for the HP3 in order to troubleshoot the instrument.
Engineers propose using InSight’s robotic arm to press down on the surface near the HP3 to increase friction for the mole.
NASA plans to resolve a problem with the Heat Flow and Physics Properties Package (HP3) on the Mars InSight lander later in June.
Engineers are trying to determine why NASA’s InSight Mars lander's Heat and Physical Properties Package (HP3) instrument is stuck approximately 30 centimeters below the Martian surface.
The MarCO spacecraft were 6U cubesats launched in May 2018 as secondary payloads on the Atlas V that carried the InSight mission to Mars.
Sodern built the three seismic sensors onboard NASA’s InSight lander that reached the red planet 2018-11-26.
NASA’s InSight spacecraft landed on Mars on 2018-11-26 after a journey of nearly 500 million kilometers.
The seismometer on InSight was provided by the French space agency CNES and caused InSight to miss its original March 2016 launch window due to problems that required a redesign.
International contributions to the InSight mission accounted for about $180,000,000 of the mission’s overall cost of nearly $1 billion, including launch and operations.
InSight launched on an Atlas V from Vandenberg Air Force Base in California on 2018-05-05.
The Lockheed Martin-built InSight spacecraft touched down on Elysium Planitia near the Martian equator at 2:52:59 p.m. Eastern.
The InSight mission has a total cost, including international contributions, of nearly $1,000,000,000.
Project leaders at the Jet Propulsion Laboratory decided on 2018-11-25 to carry out a sixth and final trajectory correction maneuver (TCM) during InSight’s cruise phase.
The seismometer built by CNES experienced development problems that required a redesign and delayed InSight’s launch from March 2016 to this May.
The Lockheed Martin–built InSight spacecraft will slow from 5.5 km per second at the beginning of the entry, descent, and landing phase about 125 km high to zero in 6.5 minutes using a heat shield, parachute, and thrusters.
InSight will begin deploying its solar arrays 16 minutes after landing to allow dust kicked up by the landing to settle, with the deployment itself taking an additional 16 minutes.
InSight will deploy two major instruments on the Martian surface: a French-built seismometer and a German-built heat probe that will burrow several meters into the ground.
NASA planned to wind down the active listening campaign before the InSight spacecraft's landing on Mars on 2018-11-26 so orbital assets could be focused on a successful InSight landing.
Artificial intelligence enables human analysts at Orbital Insight to extract maximum value from imagery.