The system is aimed at making lunar missions as intuitive as a drive across town with apps such as Google Maps or Waze.
Spanish technology company GMV has unveiled a GPS-like navigation system for the moon that aims to make lunar missions as intuitive as a drive across town with apps such as Google Maps or Waze.
Called Lupin, the project is part of a programme by the European Space Agency to test new positioning, navigation and timing techniques as interest in lunar surface exploration picks up again, whether for scientific research, potential mining opportunities or even future tourism.
“With this software, we bring Europe closer to establishing a presence of humans on the moon and, potentially, this would be a stepping stone towards Mars exploration or human presence on Mars,” Steven Kay, the project’s director, said in an interview.Lupin would allow rovers and astronauts to pinpoint their location on the moon in real time
The new technology was put to the test in the otherworldly landscapes of Fuerteventura — one of Spain’s Canary Islands — where GMV conducted field trials with the prototype in a part of the Earth that bears some resemblance to the lunar surface.
By using signals similar to GPS from moon-orbiting satellites, Lupin would allow rovers and astronauts to pinpoint their location on the moon in real time.
Currently, navigating the Earth’s largest natural satellite is difficult, as spacecraft on its surface have to rely on complex calculations and data relayed from Earth — which is neither quick nor precise.
“Communication depends on direct visibility with Earth or the use of relay satellites in lunar orbit, which create communicative shadow zones and latency times that hinder immediate decision making,” GMV said in a statement.
‘Fast and safe’
The lack of real-time updates on changes in the moon’s terrain caused by recent impacts or lunar dust movements also hinder ground trips on the satellite.
The company wants to combine existing lunar cartography with information gleaned from moon-orbiting satellites targeting dark spots, such as the lunar south pole and the “far side”, the area generally in shadow.
Also read: ON THIS DAY: The first photograph of the moon (1839)
Source: TechCentral
