
Eleven people were killed in the strike, the Lebanese Health Ministry stated.
The IDF struck terrorists operating in a Hamas training compound in the Ain al-Hilweh area in southern Lebanon, the military said Tuesday.
The IDF said it is working against the establishment of the Hamas terrorist organization in Lebanon, and will continue to “act forcefully against Hamas terrorists wherever they operate.”
The IDF strikes terrorists operating in a Hamas training compound in the Ain al-Hilweh area in southern Lebanon, November 18, 2025. (credit: Section 27A of the Copyright Act)
Eleven people were killed in the strike, the Lebanese Health Ministry stated.
The training facility that was attacked had been under surveillance for a long time, IDF sources told Ynet.
Intelligence teams were waiting for an opportunity when dozens of junior terrorists would gather in order to strike, the source said.
Reuters contributed to this report.
This is a developing story.
LATEST POSTS
- 1
Israel launches new wave of attacks against Hezbollah in Beirut - 2
Support Your Body: A Manual for Smart dieting and Sustenance - 3
Flu surges across U.S. as doctor visits reach highest level since 1997 - 4
I traveled to 13 countries in 2025. This small island nation surprised me the most. - 5
At 72, Kathie Lee Gifford says aging isn’t what she expected. 'The golden years? It’s a lie.’
Medical team successfully delivers baby and removes massive tumor
Spotify Wrapped and Apple Music Replay are here: Top songs, albums and artists of 2025
Netflix's Eddie Murphy documentary explains 'Saturday Night Live' beef: 'That's why I didn't go back for years'
Island Travel Guide: Must-Visit Objections for 2024
Smooth countdown continues for Artemis II moon mission
Why Cannes Is the Ultimate New Year’s Eve Destination in the South of France’s Off-Season
Atorvastatin recall may affect hundreds of thousands of patients – and reflects FDA’s troubles inspecting medicines manufactured overseas
Study shows no clear link between low-fat dairy and dementia risk
How did life begin on Earth? New experiments support 'RNA world' hypothesis











