The National Aeronautics and Space Administration (NASA) will halt all its robotic Mars exploration efforts in October. There will be a communications blackout this month that may disrupt interplanetary communications.
The blackout will be caused by solar conjunction — a period when the Earth and Mars will be invisible to each other due to the planets being on opposite sides of the Sun. According to NASA, the event occurs every two years for about two weeks.
This year, the solar conjunction moratorium is between 2 October and 14 October, when Mars is within 2 degrees of the Sun.
NASA will task its missions with homework during the “short vacation” as all spacecrafts will go “virtually incommunicado” during the period.
The agency’s Perseverance rover will perform weather measurement and radar experiments. The rover, which landed in February, will also look for any dust devils passing by on the planet as well as listen for environmental sounds using its microphone. The official account of the rover tweeted that it has found a parking spot to wait out the blackout period.
The Curiosity rover will also perform the same functions. The rover has been working on Mars since 2012 and has not faced any major issues in the previous solar conjunctions.
NASA's three long-running orbiters — Mars Atmosphere and Volatiles Evolution Mission (MAVEN), Odyssey, and Mars Reconnaissance Orbiter (MRO) — will send back status updates from the surface missions on the planet. The orbiters, which have also faced solar conjunctions in the past, will perform scientific observations to send back to Earth after the period is over.
The InSight lander will run a passive experiment, keeping its seismometer operational to keep track of big marsquakes.
The Ingenuity Mars helicopter will wait out the blackout duration, staying parked 175 metres away from the Perseverance rover. The helicopter will continue to send weekly updates to the rover.
According to the space agency, no one attempts to send any instructions for the missions during the solar conjunction as it is impossible to predict how the charged particles of the Sun can interfere with the information being relayed.
Once the solar conjunction is over, engineers will use NASA’s Deep Space Network to download the data collected during the period. Once this process is complete, normal spacecraft operations will resume.
The solar conjunction will also affect other missions at the Red Planet from China, India, and Europe. However, the space agencies have not detailed their plans for the blackout period.
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