How US B-2 Bombers Strike Inside Iran’s Fordow Nuclear Site скачать в хорошем качестве

How US B-2 Bombers Strike Inside Iran’s Fordow Nuclear Site

The Fordow Fuel Enrichment Plant was built to be bomb-proof. Buried under 80 meters of rock and reinforced concrete, it was immune to every weapon in the US arsenal—except one. This is the mission profile of the B-2 Spirit Stealth Bomber carrying the GBU-57 Massive Ordnance Penetrator (MOP). It isn't just a bombing run; it is a physics experiment at Mach 0.8. In this engineering breakdown, we analyze the mechanics of the deep-strike mission: The Platform: How the B-2 Spirit uses "Low Observable" geometry to bypass the S-300 air defense screen and loiter directly over the target. The Weapon: The engineering behind the GBU-57A/B—a 30,000-pound precision dart made of a high-performance steel alloy designed to survive impact velocities that would shatter normal bombs. The Fuse: How the "Smart Void-Sensing Fuze" counts layers of rock and concrete to ensure detonation only happens inside the bunker. The Limit: Why the new "Eagle 44" tunnels are pushing the GBU-57 to its physical breaking point. To kill the facility, you don't need a bigger explosion. You need more kinetic energy. #B2Spirit #Iran #Fordow #BunkerBuster #GBU57 #MilitaryEngineering #Stealth #Geopolitics #ModernWarfare #NuclearSilos