An Iranian missile was seen breaking apart in the skies over Bahrain, according to a report by Channel 12 (N12). The cause of the dispersal — interception, malfunction, or strike — is not yet specified. No further details on the missile's origin or target are available.
At 20:48 Jerusalem time, Channel 12 (N12) reported that an Iranian missile was observed breaking apart over Bahrain's skies. This report follows a burst of related reports from earlier this evening, all published at 20:34 Jerusalem time. The thread began with pro-Iranian channels claiming an Iranian strike on Bahrain using MIRV-type missiles, followed by reports specifying cluster warheads and more than 15 casualties, and later unverified footage on Telegram showing missiles splitting in flight over Bahrain.
The antecedent reports, all timestamped Tue 20:34 Jerusalem, showed a progression from a single partisan source to additional details and footage, though none have been independently confirmed. The new Channel 12 report provides a second source — an Israeli news outlet — but still does not confirm the cause of the missile's breakup: whether due to interception, a malfunction, or a strike. The earlier casualty count of more than 15 remains unverified.
The Zioneer has previously reported on Iranian missile activity toward the Gulf region. On June 10, a report from Barak Betesh (i24NEWS) indicated an Iranian missile was approaching landing in Bahrain. Later, on June 11, satellite imagery from NASA showed a fire near Isa Air Base after an Iranian missile attack, and missile launches from Bahrain toward Iran were reported. The broader context includes ongoing exchanges between Iran and Israel, as reported on June 11 and subsequent days.
What remains open: The cause of the missile breakup is not specified. The extent of any ground impact or casualties is not confirmed. The Channel 12 report is based on a single source and has not been independently verified. The earlier reports of casualties and cluster warheads also remain unverified.
6 developments
Source and signal
- Internal intake
