Pakistan Condemns Drone Attack Near UAE Nuclear Power Plant, Warns of Serious Consequences
May 2026 | By Azad News
Pakistan on Monday strongly condemned the recent drone attack near the United Arab Emirates’ Barakah Nuclear Power Plant, warning that such actions could have catastrophic consequences for regional and global security.
According to the UAE defence ministry, a drone strike caused a fire near the nuclear facility in Abu Dhabi, although no injuries or radiation leaks were reported.
Emirati authorities also confirmed that two additional drones were intercepted successfully, while investigations into the source of the attack remain ongoing.
In an official statement, Pakistan’s Foreign Office described any deliberate targeting of nuclear facilities as a serious violation of international law and international humanitarian principles.
The statement stressed that civilian nuclear installations must never be targeted under any circumstances due to the potentially irreversible consequences for human life and the environment.
Pakistan further emphasised that the protection of civilian nuclear infrastructure is a recognised international norm that must be respected by all parties.
Islamabad urged all sides to exercise maximum restraint and avoid actions that could further escalate tensions in the region.
The Foreign Office reiterated that dialogue and diplomacy remain the only effective path toward long-term peace and stability.
The Barakah Nuclear Power Plant, which began operations in 2020, supplies a significant portion of the UAE’s electricity needs and is considered a critical part of the country’s energy infrastructure.
The International Atomic Energy Agency also expressed concern over the incident and called for maximum military restraint around nuclear facilities while closely monitoring the situation.
Conclusion
The drone incident near the UAE nuclear facility has intensified regional security concerns, with Pakistan and international organisations urging restraint to prevent a potentially dangerous escalation.
This article is a rewritten summary based on publicly available information. It has been fully paraphrased for informational purposes only and does not reproduce any original copyrighted text.
