The bodies of the four Palestinians killed near the settlement of Havat Gilad in Samaria are being held in a refrigerator at a hospital in Shechem (Nablus), according to a report from Abu Ali Express. The terrorist Farouk Adnan Ramchan, identified as the perpetrator of the attack that killed Binyahu Melat and Maj. Yuval Ezra, is among them.
The bodies of four Palestinian terrorists, including the perpetrator Farouk Adnan Ramchan, are being held in a refrigerator at a hospital in Shechem (Nablus), according to a report from Abu Ali Express. The development comes after Ramchan was identified earlier today as the chief sheikh of Tell who carried out the morning shooting attack near Havat Gilad that killed Binyahu Melat and IDF Maj. Yuval Ezra.
At 15:51 Jerusalem, reports identified Ramchan as the attacker, with the IDF confirming that Maj. Ezra, 27, a battery commander in the 411th Battalion, was one of the two victims. The military stated that the assailant seized an assault rifle from a civilian security officer before opening fire. The Zioneer reported on the identification and the graphic footage of the attack published later.
The Zioneer previously reported on the attack's details, including the identification of the victims and the seizure of the weapon. The bodies of the three other gunmen involved in the attack are also reported to be in the hospital, but their identities have not been confirmed.
The Israeli military has not commented on the hospital report. The identities of the other three bodies remain unverified, and no independent confirmation of the hospital's custody has been provided.
5 developments
- DevelopingIDF lifts siege on Shechem, advances to seal terrorist's home after Havat Gilad attack
- DevelopingNew graphic footage from Havat Gilad attack shows terrorist snatching weapon, shooting victim
- DevelopingDuvdevan unit arrests two Kfar Tell attack terrorists in Nablus hospital raid
- DevelopingChananel Aviv reports celebrations of Havat Gilad attack mixed with Palestinian matriculation results
Source and signal
- Open-source intake