Israel Strikes Inactive Arak Reactor as Iran Fires Back
By Chukwuebuka Chukwuemeka
Israel’s military launched a
targeted airstrike early Thursday on the heavy-water reactor located in Arak,
Iran an inactive facility at the heart of the nation's nuclear ambitions.
According to the Israel Defense Forces, the strike destroyed core components
critical for producing plutonium, aiming to prevent future weaponization.
This action comes amid an
escalating seven-day conflict between Israel and Iran. Earlier, Iran retaliated
by firing dozens of ballistic missiles and drones into Israeli territory. Among
the sites struck in Israel was Soroka Medical Center in Be’er Sheva, where more
than 200 civilians were injured, including hospital staff.
Reactor Attack Details
The Arak reactor, part of the IR‑40
complex, was inactive at the time of the strike but held strategic importance
due to its capacity for plutonium production. Israeli forces issued evacuation
warnings for Khondab and surrounding areas before the attack. Iranian state
media later confirmed no radiation leaks or civilian casualties.
Strategic Implications
The strike significantly delays
Iran’s theoretical nuclear breakout, targeting components that would need
rebuilding before any reactivation is possible. Military analysts judge the
radiological threat as low since the reactor was inactive but caution possible
chemical hazards if uranium hexafluoride had been disrupted.
Regional Escalation
This latest strike triggered
further missile launches from Iran, marking one of the most intense flare-ups
so far in regional hostilities. Both Israeli and Iranian leadership have issued
stark warnings: Israeli Defense Minister Israel Katz called Iran’s Supreme
Leader "a modern Hitler," while Iranian officials vowed to
"teach aggressors a lesson".
Canada and several other
countries have begun evacuating nationals from both Israel and Iran in
anticipation of a broader regional conflict .
#IsraelIranCrisis #ArakStrike
#NuclearSecurity #MiddleEastConflict #OnzaNews #GlobalAlert
#RegionalInstability #EvacuationOrder #NoRadiationLeak
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