Satellite photos show before and after U.S. strikes on Iran's Fordo nuclear facility
In an unprecedented and devastating event, the United States conducted a strike over Iran's critical nuclear facility known as Fordo on December 21, 2020. This incident marked a pivotal moment in international security regarding Iran's national nuclear power status.
### Context of satellite photos
Before the strike, satellite images captured Fordo with visible bomb residues, notably the presence of "bunker-buster" bombs weighing over 30,000 pounds. These were likely designed to destabilize nearby locations and disrupt communications and operations, impacting areas crucial for security and infrastructure.
### The U.S. Strike
The strike occurred after a series of test detonations in Iran's Soguturbo and Umayad Test Basins (UTBs), which were designed to simulate nuclear warheads. As the countdown to these explosions reached 10 seconds, the U.S. launched the strike at 3:32 a.m. ET. The bomb shells were accurately targeted and delivered by Iran's defense forces.
### Post-strike Impact
The U.S. conducted investigations, which led them to isolate the area where Fordo was destroyed without any remaining bombs or detonators. This modification allowed for a safer operation and preparedness, ensuring that critical infrastructure could be maintained effectively.
### Broader Implications
This incident has brought significant attention to Iran's nuclear capabilities and its potential threat to global security. It also highlights the rapid advances in satellite technology, which have provided crucial insights into such pivotal events. The situation underscores the importance of international cooperation in addressing these nuclear challenges and ensuring the safety of both nations.
In conclusion, the U.S. strike on Iran's Fordo facility was a dramatic event that has reshaped public and policy perceptions regarding nuclear security. It serves as a stark reminder of the urgent need for dialogue and preparedness to safeguard international nuclear power balances.
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