Libya's army chief killed in air crash in Turkey

Libyan army chief of staff, Mohammed Ali Ahmed al-Haddad, has died in a plane crash in Turkey after the aircraft lost radio contact shortly after departing from Ankara. The incident occurred on December 23, 2025, and included four other passengers on board. Prime Minister Abdulhamid Dbeibah confirmed the fatalities, marking a significant loss for Libya's military leadership.

A tragic plane crash in Turkey has resulted in the deaths of five individuals, including Libya's army chief of staff, Gen Mohammed Ali Ahmed al-Haddad, shortly after takeoff from Ankara. The aircraft reportedly lost radio contact, leading to the fatal incident on December 23, 2025.

Libya's military chief, Gen Mohammed Ali Ahmed al-Haddad, and four others were killed in a plane crash in Turkey after the aircraft lost contact with air traffic control shortly after taking off from Ankara. The incident occurred on December 23, 2025, and has been confirmed by various sources, including the Libyan Prime Minister Abdulhamid Dbeibah.

Libyan military chief Muhammad Ali Ahmad al Haddad and four others were confirmed dead following a plane crash in Turkey on Tuesday evening, as reported by Prime Minister Abdulhamid Dbeibah. The aircraft lost contact with air traffic controllers while returning to Libya after a visit to Ankara.

Libya's army chief of staff, Gen Mohammed Ali Ahmed al-Haddad, was killed in a plane crash shortly after takeoff from Ankara, Turkey, on December 23, 2025. The crash also claimed the lives of four other Libyan passengers. The aircraft reportedly lost radio contact shortly after departure, leading to the tragic incident.

Deadly clashes erupted in Aleppo, Syria, on December 22, 2025, as government forces engaged with Kurdish-led Syrian Democratic Forces (SDF), resulting in multiple casualties, including at least two civilian deaths. This violence coincides with Turkish Foreign Minister Hakan Fidan's call for the Kurds to integrate into the Syrian army, highlighting the escalating tensions in the region.