The Space Force is weighing its options for how to proceed with integrating NTS-3 technology into upcoming GPS production ...

Today's mission, which Rocket Lab calls "The Lightning God Reigns," successfully sent the QPS-SAR-9 satellite to a circular ...

The Los Alamos National Laboratory has introduced the "Spacecraft Speedometer," a novel technology for tracking satellites in ...

The Spacecraft Speedometer is currently deployed on the Space Test Program-Houston 5 platform on the International Space ...

The LuGRE receiver acquired and tracked GPS and Galileo satellite signals in lunar orbit on Feb. 19, operating at 63 Earth radii (approximately 401,814 km from Earth). Developed by Qascom for the ...

Scientists already knew that Earth GPS could reach a certain distance. For example, satellites such as the GOES-R NOAA mission, which orbits in a geostationary orbit, use GPS to determine its ...

As part of the Lunar GNSS Receiver Experiment (LuGRE) experiment, NASA and the Italian Space Agency kickstarted a new era of ...

This constellation of machinery is the technological backbone of modern life, making GPS, weather forecasts ... a few months ...

showcasing its ability to transmit core GPS waveforms using software-defined radio hardware. Conducted ahead of schedule and within budget, the demonstration highlights Astranis’ ability to adapt its ...

The study, published in Nature Sustainability, focuses on the thermosphere, a high-altitude atmospheric layer where most satellites and the International Space Station orbit. As greenhouse gases ...

By the year 2100, the “satellite carrying capacity” of the most popular low-orbit regions could decline by 50 to 66 percent due to the impacts of these emissions, according to the study ...