Nokia was recently approached by NASA to build the world’s first mobile telecommunications network on the Moon.
Finnish telecommunications maker said its ‘Nokia Bell Labs‘ unit will develop a 4G telecommunications system that will be used in a lunar eclipse on the face of the Moon towards the end of 2022.
NASA Funds $370 Million To Nokia
NASA is awarding $ US370 million ($ 523 million) to 14 companies to provide Artemis’s lunar system technology.
The aim of the program is to build a long-term presence on the Moon as a warming spot on Mars’ journey.
Nokia has released more details about its involvement following previous announcement by NASA, which offered US $ US14.1 million for the network.
The U.S. space agency is also funding some innovations in the management of cryogenic fluids, new ones on the surface of the moon, and the ability to go down and down.
How Will Nokia Work On This Project?
Nokia’s network will provide critical communications capabilities for space missions that they will need to perform, such as remote control of lunar rovers, real-time navigation and clear video streaming, the company said.
These devices incorporate basic channels, antennas and software and are designed to withstand the rigid delivery and arrival of the moon and extreme conditions in space.
Nokia is partnering with American company Intuitive Machines, NASA, which has chosen to build a small “hopper lander” that can reach the craters of the moon and conduct high-altitude lunar exploration.
“Reliable, robust and dynamic communication networks will be key to supporting a sustainable human presence on the moon,” said Nokia chief technology officer Marcus Weldon.
Artemis – NASA’s Big Objective
NASA has unveiled its latest plans to place the first woman and the next man on the face of the moon in 2024.
The space agency Artemis program is part of the challenge to accelerate testing programs by more than four years and to establish sustainable testing by the end of the decade.
The proposed lunar voyage will be the first time people have been sent to Earth satellite since the end of the Apollo lunar mission in 1972.
“With the support of Congress, our Congress, our 21st century has come to the moon and has arrived in America,” said NASA Commander Jim Bridenstine.
“We will return to the moon to discover science, economic benefits, and to encourage a new generation of explorers.
“As we build a sustainable presence, we are re-energizing those first human steps on the Red Planet [Mars].”
NASA’s powerful new rocket, Space Launch System (SLS), and Orion spacecraft are preparing for their first integrated launch.
The first missile – known as Artemis I – is on its way to 2021 without space, and Artemis II will fly with crew by 2023.
In 2024, Artemis III will bring people back to the surface of the moon, placing astronauts at the South Pole of the moon.
After launching at SLS, astronauts will travel more than 386,200 kilometers around the moon to board Orion, after which they will board one of the new human trading systems, or enter Gateway airport to collect supplies for their voyage.
Holes in the moon can be seen in the front while the darkness of the space does not move from behind.
Wearing modern skirts that allow for greater flexibility and mobility than their predecessors Apollo, astronauts collected samples and conducted extensive scientific research for about a week.
NASA will co-ordinate the first two items to be launched – the energy and propulsion element and the habitat and logistics – in 2023.
Over time, the vigilant army will evolve, introducing new modules by overseas partners, allowing staff members to continue their ever-increasing monthly visits.
NASA will also conduct a new test during the mission of Artemis II, to get astronauts to fly Orion by hand as they approach and return to the stage.
An Artemis Base Camp will be built over the next decade and will include new rovers, power systems and habitats on the surface for long-term exploration of the moon, NASA said.
Throughout the Artemis program, robots and humans will search for, and potentially extract, resources like water that can be converted into other usable resources, including oxygen and fuel.
