News

As announced a month ago, T-Mobile today launched Phase One of its T-Satellite service, which includes SMS and MMS messaging in cellular dead zones. Available to anyone — even customers of other ...
Chinese satellites Shijian-21 and Shijian-25 have reportedly docked in geosynchronous orbit 20,000 miles above Earth, demonstrating potential refueling capabilities.
Newly released satellite images reveal catastrophic damage caused by the Hill Country floods along the Guadalupe River.
Before and after satellite images from Texas show the effects of the devastating flooding that occurred along the Guadalupe River on July 4.
Tracking ice, tracking change: Satellite data reveal how melting glaciers reshape landscapes by Vilnius University edited by Gaby Clark, reviewed by Robert Egan Editors' notes ...
Space Force scraps satellite procurement, shifts to more flexible strategy The canceled program, known as Protected Tactical Satellite Communication-Resilient (PTS-R), was launched in 2020 to ...
Nellore: The Indian Space Research Organisation (ISRO) would launch the NASA-ISRO Synthetic Aperture Radar satellite aboard the geosynchronous satellite launch vehicle (GSLV-F16) on July 30 from ...
An $88m (£65m) satellite designed to detect releases of the planet-warming gas methane from oil and gas production has been lost in space in a major setback for climate efforts. The MethaneSat ...
New satellite images show continuing work at Iran’s Fordow nuclear enrichment plant, which was struck by US B-2 bombers just over a week ago.
New Maxar satellite images, taken on June 29, show cranes and people working at the Fordow enrichment complex following US and Israeli air strikes. Vehicles can also seen below a ridge and are ...
Satellite images show crews of bulldozers and excavators on site at the uranium enrichment site at Fordow which was bombed by the United States last Saturday.
New satellite images show construction equipment at Fordow, one of Iran's bombed-out nuclear sites. Efforts appear to be underway to repair damage and dig out new access paths.