NASA Spacecraft Travelling Through Space Calls For Help From Earth

Anil - Jan 31, 2020


NASA Spacecraft Travelling Through Space Calls For Help From Earth

The NASA spacecraft, Voyager 2, is suffering a technical hiccup. Engineers are trying to send all the instructions as well as repair processes from billions of miles away. 

No system is perfect, so not only do we focus on building or upgrading it but we also have to contemplate all the potential cases that could unfortunately occur, especially we refer to a spacecraft going into orbit. NASA, the American space agency, has started collaborating with engineers to repair technical difficulties on its Voyager 2 spacecraft. Notably, the NASA spacecraft is currently flying across interstellar space and all the instructions for repairment will be conducted from billions of miles away.

NASA Spacecraft 1
An error led to the power overload in the spacecraft’s energy supply system.

Specifically, Voyager 2 unintentionally triggered the autonomous fault protection routines while it was attempting to complete a regularly scheduled maneuver. In fact, the spacecraft will activate this mechanism once a technical issue happens in order to limit further damage. This time, an error somehow enabled two power-hungry systems to operate simultaneously, leading to the power overload in the spacecraft’s energy supply system - according to engineers who are currently responsible for NASA’s Voyager project.

NASA Spacecraft - Voyager 2
Voyager 2 is about 11.5 billion miles far away from Earth.

In general, this NASA spacecraft is about 11.5 billion miles far away from Earth, the fix turns out to be a tricky business in terms of either distance or time. These engineers have since tried to turn off one of the two power-hungry systems, but it seems to be more difficult as they have got no data from Voyager 2 since January 28. Apparently, the final target of restoring normal operations requires them to work a lot more.

NASA Spacecraft Voyager 2 travelling through space
Instruction signals won’t be able to cross the lengthy distance within 17 hours.

Given that commanding signals between the spacecraft and the team nearly reach the speed of light, it won’t cross the lengthy distance within 17 hours. Doubling this figure, it takes around 34 hours of waiting to evaluate the responding result after engineers send their instructions to the spacecraft.

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