Will we soon be texting the Moon?
- Published
We've all been the victim of dodgy reception, but trying to get a phone signal on the Moon? Forget it.
However... that may soon be about to change - the European Space Agency (ESA) has launched a new mission called Moonlight to help make more communications possible on the Moon.
They're doing this by sending a number of satellites to start orbiting it, which will then be used to communicate back and forth with Earth.
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The mission also aims to set up a sat-nav system so future lunar explorers can get around easily.
This will make them the first off-planet communications provider.
The ESA say they hope this will be "a significant step towards sustainable lunar exploration and the development of a lunar economy".
Why are the ESA doing this?
There are lots of missions to the Moon planned over the next few years.
NASA is attempting its first lunar landing since 1972, in a mission called Artemis III, which will see the first woman walk on its rocky surface in 2026.
And the ESA are building some things on the Moon, such as a lander called Argonaut, which will allow lots of different types of spacecraft to land there.
This means that a lot more people (and, of course, robots) will be travelling the Moon, but currently it doesn't have any of the communications technology that we take for granted on Earth.
There's no way to make a phone call, send files quickly, or use maps on your phone to figure out where you're going.
In order for these missions to run more smoothly, and for people to potentially spend more time on the Moon in the future, this technology needs to be built.
How will Moonlight work?
Moonlight will be made up of five satellites, which will form a "constellation" around the Moon.
Four of the satellites will be used for communication, and one for navigation.
They'll be connected to Earth via three ground stations, and the data network will cover a distance of 400,000km.
The first satellite will begin operations in 2026, and the ESA hope the whole network will be up and running by 2030.
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