American intelligence reports indicate significant destruction to Iran's Fordo nuclear site following U.S. airstrikes, with implications for the nation's capability to manufacture nuclear weapons.
U.S. Strikes Severely Damage Iran's Nuclear Facilities

U.S. Strikes Severely Damage Iran's Nuclear Facilities
An intelligence assessment reveals the extent of damage inflicted on Iran's nuclear program by recent U.S. airstrikes.
In a recent assessment, the U.S. intelligence community has provided clarity on the impacts of airstrikes carried out by American forces in conjunction with Israeli operations against Iran. Reports reveal that the Fordo nuclear enrichment facility, which is heavily fortified and critical to Iran's nuclear ambitions, suffered extensive damage from 12 precision bombs dropped by the U.S. Air Force.
While two additional nuclear sites were targeted, damage to them was less severe. However, key fabrication facilities necessary for the production of nuclear weapons were destroyed, potentially taking years for Iran to restore, according to U.S. officials. A senior Israeli government member suggested that despite the strikes, Iran likely retains a stockpile of near-weapons-grade nuclear fuel capable of creating multiple nuclear weapons. The critical issue remains that without the operational facilities to produce a weapon, this fuel is rendered nearly useless, hampering Iran's progress.
The strikes on the Fordo facility, viewed as Iran's premier enrichment site, are expected to significantly delay their nuclear program by crippling the country's ability to produce nuclear fuel for the foreseeable future. Although Iran reportedly still possesses uranium enriched to 60 percent purity, Israeli and U.S. officials believe the bulk of this material is now encased under debris in the affected sites. Debates are ongoing within the U.S. government regarding the exact extent of the delay inflicted on Iran's nuclear program and its potential impact on their capability to produce crude nuclear devices in the near future.