The incident marks a point of maximum tension in the conflict.
The plane has been shot down within Iranian territory, a fact that raises the risk of direct escalation between both countries. For now, the state of the crew has not been confirmed, whose whereabouts remain unknown.
The critical element is time. The United States tries to act before Iran locates possible survivors.
The Pentagon activates a rescue operation
The Department of Defense prepares a search and rescue mission in one of the most complex zones of the current scenario.
This type of operations implies a special deployment. All of this under the direct threat of Iranian defensive systems.
The risk: a ground incursion in Iran
The rescue operation could force the United States to introduce forces on Iranian soil.
This scenario has been on the table for weeks, but the downing turns it into an immediate possibility.
The United States has already deployed thousands of soldiers in the region in recent weeks, which allows this type of operations to be executed if the order is given.
So far, Donald Trump has not made a definitive decision on a ground intervention.
The role of the Central Command
CENTCOM has units specifically prepared for this type of missions in the Middle East.
These forces are designed to respond to scenarios such as the downing of aircraft in enemy territory.
However, Iran presents an especially complicated environment.
High responsiveness
presence of defense systems
risk of immediate attacks
A high-risk operation in real time
Combat rescue missions are among the most complex in any conflict.
They develop under pressure, with limited information and with a minimum margin of error
The use of helicopters and rescue teams increases the exposure to attacks from the ground.
The key: who arrives first
The outcome depends on a central variable: who locates the crew first.
If the United States does it, the operation could be resolved in hours. If Iran does it, the scenario changes completely, with much greater political and military implications.