Nasa, in collaboration with the Italian space agency, has successfully demonstrated the ability to acquire and track econom The breakthrough was achieved through the lunar gns receiver Experiment (Lugre), which was delivered to the lunar surface by firefly aerospace’s love ghost lander on march 2. That Global Navigation Satellite System (GNSS) Signals can be detected at the moon’s distance, offering a potential advancement for future space missions, inclusion Nasa’s Artemis ProgramThe ability to track these signs on the moon could enjoy autonomous navigation for spacecraft, Reducing Reliance on Earth-Based Tracking Systems. The lugre payload, one of ten nasa payloads sent aboard the lander, is expected to continue gathering data for the Duration of its 14-day mission.
Lugre confirms gns signal tracking on the moon
According To nasa’s Goddard space flight center, the lugre experience successfully acqured and tracked signals from both gps and galileo constellations at 2 am est on March 3. Signals had been used for navigation at a distance of approximately 225,000 mills from earth. The data collected will contribute to the development of Navigation Technology that Cold Support Future Lunar Lunar and Deep-Space Exclusion.
Kevin Coggins, Deputy Associate Administrator for Nasa’s Space Communications and NAVIGATION (SCAN) Program, told Nasa’s official news source that the experience demonstrated the feasibility of using gns signals for navigation beyond earth. He highlighted that the same technology used in aviation and mobile devices on Earth could now be leveraged for lunar missions.
Record-Breaking GNSS Acquisition in Space
The lugre payload had alredy set records during its journey to the mooon. On January 21, it achieved the highest altitude gns Signal Acquisition at 209,900 Miles from Earth, Surpassing the Previous Record Set by Nasa’s Magnetospheric MultisCale Mission. By February 20, as Lugre Entred Lunar Orbit, The Altitude Record Had Been Extended to 243,000 Miles. These millstones sugges that spacecraft operating in cislunar spacewal use gns signs for navigation, providing great Autonomy for Missions Beyond Earth’s Orobit.
Developed through a partnership between Nasa’s Goddard Space Flight CenterThe Italian Space Agency, Qascom, and PoliteCnico Di Torino, The Lugre payload represents a significant step toward advanced space navigation systems. Data collected from the Ongoing Mission will inform future efforts to expand gns coverage for lunar and martian exploration.
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