New satellite imagery indicates Iran is covertly reconstructing nuclear and missile facilities that were designated as targets during joint US-Israeli airstrikes. President Trump previously warned that any activity at nuclear sites would trigger renewed bombing.
New satellite imagery analysis confirms that Iran is secretly rebuilding both nuclear and missile facilities that were targeted during the joint US-Israeli strikes earlier this summer. The activity, described as covert, raises concerns about the durability of the ceasefire and the status of Iran's military infrastructure. President Trump has repeatedly warned that any rebuilding at nuclear sites would be met with renewed bombing.
As The Zioneer reported on Friday evening (Jul 10, 22:30 Jerusalem), satellite imagery first revealed activity at the Parchin military complex, specifically the Talegan 2 nuclear site, where debris had been cleared and concrete reinforcements added to complicate future strikes. A subsequent analysis on Saturday morning (Jul 11, 08:29 Jerusalem) indicated that the activity may violate a status-quo agreement with the US. The current findings broaden the scope, confirming reconstruction of both nuclear and missile facilities.
President Trump has repeatedly warned that any rebuilding at nuclear sites would be met with renewed bombing. The imagery reinforces the tension between the stated US policy and Iran's apparent efforts to reconstitute its capabilities.
It remains unclear whether the reconstruction activity constitutes a direct violation of the ceasefire or the status-quo agreement with the US, and whether the US will respond with further strikes.
5 developments
- DevelopingCNN: Satellite images show Iran rebuilding damaged nuclear sites
- StrongSatellite imagery reveals construction activity at Iran's secret underground nuclear facility near Natanz
- StrongNew satellite imagery details vehicle activity at Iran's Natanz and Isfahan nuclear sites
- DevelopingReport: Iran building new underground missile city with six granite-buried entrances
Source and signal
- Internal intake