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UrbEx, or Urban Exploration, is a pastime equal parts popular and spectacular. It's also ripe for a video game adaptation.
The U.S. made history with the first use of its largest bunker-buster bomb. Experts are waiting to see if Iran’s bunkers survived the unprecedented strikes.
The Pentagon released jaw-dropping footage showcasing how the 30,000-pound heavy-duty bunker-buster bombs that were used against Iran successfully demolish fortified targets deep underground.
Billionaire Bunker residents include Bezos, Lauren Sanchez, Tom Brady, Ivanka Trump, Jared Kushner, Julio Iglesias. Gisele Bundchen used to live there ...
Chinese military analysts have closely followed Saturday’s US strikes on Iranian facilities, especially the bombs used – the GBU-57, a powerful “bunker buster” designed to penetrate deeply ...
News US News Woman lives in 1,200 sq ft underground bunker after striking 'unusual' rental agreement Entertainment worker Caitlin Johnson, 44, moved from New York to California in April 2024 and ...
The US military did not use bunker-buster bombs on one of Iran’s largest nuclear sites last weekend because the site is so deep that the bombs likely would not have been effective, the US’ top ...
Russian photographer gets 16 years prison for Soviet-era bunker details Grigory Skvortsov, who denies wrongdoing in sharing details of the bunkers, will serve his sentence in a maximum-security ...
Caine, the nation’s top military officer, offered new details about the work that went into building the “bunker-buster” bombs and how the U.S. used them to burrow into the Iranian sites.
A video authentically showed the aftermath of “bunker-busting” bombs dropped by U.S. military at the Fordo nuclear facility in Iran in late June 2025.
Questions still linger about the success of the United States' deployment of 75 precision guided weapons against Iran's underground nuclear sites.
2 Main Routes, Shafts: How US Used Its Bunker-Buster Bombs On Iran's Nuclear Sites The 30,000-pound bomb is made of steel, explosive and a fuse programmed to a specific detonation time.