Jordanian sources report that eight missiles fired from Iran were intercepted over Jordan, with no casualties reported. The U.S. Embassy had earlier warned citizens to take shelter, and the launches follow a wave of recent Iranian strikes at American assets across the region.
Jordanian authorities confirmed on Thursday at 14:47 Jerusalem that eight missiles fired from Iran were intercepted over the kingdom, with no casualties reported. This confirmation follows a series of alerts and reports that have unfolded over the past hour, marking the latest in a sustained Iranian barrage targeting American and allied positions in the region.
The Zioneer's coverage of the incident began at 13:41 Jerusalem with initial reports of sirens in Jordan and Iranian missile launches. Over the next minutes, reports indicated approximately five launches toward Jordan (versions 1–6, all published at 13:41 Jerusalem). At 14:33 Jerusalem, reports emerged of Iran firing missiles at US bases in Iraq. By 14:44 Jerusalem, sirens were again activated in Jordan as Iran launched a fresh missile wave. The U.S. Embassy in Jordan had earlier issued an urgent warning at 07:00 Jerusalem, urging American citizens to seek shelter.
The Zioneer has been tracking the broader Iranian offensive since Wednesday, when reports emerged of missile strikes at US bases in Iraq and Jordan, and the activation of air defense systems in Gulf states. The current wave of attacks appears to be part of that ongoing campaign, as previously reported.
The number of missiles reported has varied throughout the hour—from five to eight—and no damage or military impact has been confirmed. The situation remains fluid, and further details are awaited.
8 developments
- ConfirmedIRGC fires at least 11 solid-fuel missiles at US base in Jordan
- StrongIRGC claims it struck five military bases in Jordan, Kuwait, and Bahrain
- DevelopingIRGC claims 18 American military targets hit in two overnight strike waves
- ConfirmedJordan says air defenses intercepted 20 Iranian missiles overnight
Source and signal
- Internal intake