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Iran STRIKES USS ABRAHAM LINCOLN Hard? IRGC’s CRUISE MISSILES Draw FIRST BLOOD?

Dramatic claims that Iran has successfully struck the U.S. aircraft carrier USS Abraham Lincoln with cruise missiles—marking “first blood” in the escalating conflict—are spreading rapidly. However, available evidence shows no confirmed hit on the carrier.

Iran Claims Attack — But No Proof
Iranian state-linked sources and the Islamic Revolutionary Guard Corps (IRGC) have claimed missile attacks targeting the USS Abraham Lincoln, including reports of cruise or ballistic missile launches toward the carrier.

Recent news coverage confirms that Iran did fire missiles in the direction of the carrier, but key details remain disputed.

Crucially, there is no independent verification that any missile actually struck the vessel.

U.S. Response: “Didn’t Even Come Close”
The U.S. military has firmly denied that the carrier was hit.

According to U.S. Central Command (CENTCOM):

Missiles launched by Iran “didn’t even come close”
The carrier remains fully operational
Flight operations continue as normal
Earlier viral videos claiming damage to the ship were also debunked as fake or outdated footage.

Real Tensions, Real Threats
While the specific claim appears unverified, the broader situation is highly dangerous:

Iranian missiles and drones are actively targeting U.S. assets in the region
U.S. carrier strike groups are operating in contested waters
Near-miss incidents and interceptions are increasingly frequent
In fact, U.S. forces have already shot down Iranian drones approaching the carrier, highlighting how close encounters have become.

Why the “Carrier Hit” Narrative Spreads
Stories about a U.S. carrier being hit gain traction because they represent a symbolic turning point—damaging one of America’s most powerful military assets.

But in reality, striking a carrier is extremely difficult due to:

Layered missile defense systems
Escort ships and submarines
Electronic warfare and early warning systems
Even a successful attempt would almost certainly produce clear evidence and global confirmation—which is currently absent.