Amid competing assessments of how badly the enrichment facility was damaged in U.S. strikes, Iran appears to be making its own inspection.

New Maxar satellite images reveal the extent of damage at Iranian nuclear sites following US and Israeli air strikes. Some ...

Maxar Technologies images showed major damage at Iran’s Fordow, Natanz, and Isfahan nuclear sites after U.S. B-2 bombers ...

Satellite images of US President Donald Trump’s order to strike missiles on Iran show damage to key Isfahan nuclear site and Fordow, Natanz uranium facilities.

The satellite images point to damage to Fordo in the form of several large diameter holes or craters across the site. A layer of blue ash spread over the facility also marks the impact of strikes.

Maxar, based in Westminster, has a constellation of satellites orbiting and taking photos of the earth. WESTMINSTER, Colo. — ...

Satellite images provide the first glimpses of the aftermath of U.S. strikes on three sites said to be central to Iran’s nuclear program, revealing severe damage at aboveground facilities as well as ...

This combo made with four satellite image from Planet Labs PBC shows an Iranian missile base near Tabriz, Iran, Wednesday, June 11, 2025, top left, and the same place after an Israeli strike, on ...

Class: Economy Airline: Loong Air Route: Chengdu (TFU) to Tashkent (TAS) Plane: Airbus A320neo #china #aviation Satellite images throw Trump’s claims over success of Iran strikes into doubt ...

Satellite images of destroyed and damaged military aircraft on Russian bases have provided fresh details about Ukraine’s recent unprecedented drone attack on its powerful neighbor.

New satellite images show the extent of the destruction against one fleet of Russian bombers during Ukraine's stunning “Operation Spider Web” attack on the Kremlin's air bases over the weekend.

Satellite photos show the damaged warship. Photos show Kim Jong Un's 5,000-ton naval warship mangled near its launch site, covered in a blue tarp as the dictator fumes over its failed launch.