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Hezbollah/Israel War in Lebanon | REPORTING & ANALYSIS

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Talks between Israel and Lebanon in Washington: Trump said he looks forward to a meeting between Prime Minister Netanyahu and Lebanese President Aoun. Trump said these words during a meeting with the Israeli Ambassador to the US, Yechiel Leiter, along with the Lebanese Ambassador to the US.

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Another Hezbollah violation: An IDF spokesman announced that following alerts issued in Manara, Margaliot, and Misgav Am, two launches were detected that were fired from Lebanon toward Israeli territory. One launch was successfully intercepted and another launch fell in open area. No casualties were reported.

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Hezbollah adopts a new weapon: Fiber-optic drones, used widely in the war in Ukraine

Hezbollah has launched a new weapon against northern Israel in the latest round of fighting: small drones controlled with fiber-optic cables the width of dental floss that avoid electronic detection.

These drones — used widely in the war in Ukraine — are small, hard to track and lethal. Drones killed an Israeli soldier in southern Lebanon and injured at least a dozen others in northern Israel on Thursday, two seriously. A soldier and defense contractor were killed in Lebanon earlier this week.
 
Those can't have much of a range then.
A “fiber-optic drone” (more precisely, a tethered drone that uses a fiber-optic cable for communication) isn’t limited by radio range the way normal drones are—the limiting factor is the length and handling of the cable itself.

In practice:

  • Typical range: about 100 meters to 1 kilometer (330 ft to ~0.6 miles)
  • Advanced or specialized systems: can reach several kilometers (2–10+ km), but this is uncommon and technically challenging
  • Experimental/military setups: may go even farther, but they run into serious physical constraints
The real constraints aren’t signal—they’re mechanical:

  • Cable weight: Fiber cable adds drag and weight, which limits altitude and distance
  • Spooling system: The drone must carry or deploy the cable smoothly without tangling
  • Power (if tethered for power too): Heavier cables reduce range
  • Environment: Obstacles, wind, and terrain can snag or strain the cable
So while fiber optics could theoretically carry data over tens of kilometers, a drone dragging that cable usually can’t. In most real-world uses (inspection, military, secure comms), they stay well under a few kilometers.
 
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