In brief
After the U.S. airstrikes on Iran's Fordo enrichment facility, satellite imagery shows Iranians assessing damage rather than conducting repairs, with activity observed including new road construction and equipment deployment.
Satellite images captured in the aftermath of U.S. strikes on Iran's Fordo nuclear enrichment facility reveal intense activity at the site, which is starkly built into a mountain. The photos, taken by Maxar Technologies, highlight the construction of new access roads to areas impacted by bomb strikes, alongside the presence of a crane and excavator engaged in apparent damage assessment.Experts are assessing the extent of the damage at the site, with Joseph S. Bermudez from the Center for Strategic and International Studies stating, "The images indicate that the Iranians are beginning to evaluate the depth and impact of the bomb." This evaluation follows the deployment of twelve Massive Ordnance Penetrators, commonly known as bunker busters, by U.S. B-2 bombers on June 22, which sparked intense military debate regarding the facility's condition.While President Trump declared the site "obliterated," experts urge caution, emphasizing a careful examination of the aftermath rather than immediate repairs. Peter McDonald from Viper Applied Science observed that the vehicles at the site appear to focus more on evaluation than repair, stating, "There’s no evidence to suggest that Iran is entering a reactivation phase."Following the U.S. strikes, Israel also reported targeting the Fordo site, further complicating the situation. By June 27, imagery confirmed that Iran had already repaired substantial damage, specifically filling in craters caused by previous strikes.Current analysis indicates that while Iran's focus seems to be primarily on assessing damage, the lack of immediate repair efforts raises critical questions about the future operations at the intricately designed enrichment site. Filling substantial craters and assessing bomb impacts remain preliminary stages of what could lead to decisions on operational recovery.
