LANIUS-X – a mini assassination drone for combat missions in urban environments

June 11, 2026

By Hezy Laing

LANIUS‑X, developed by Elbit Systems and unveiled in 2024, is a next‑generation micro‑UAV designed for high‑risk urban combat missions, including close‑quarters reconnaissance and precision strike roles that modern militaries increasingly face in dense environments such as Gaza, Mosul, and Aleppo.

The need for LANIUS‑X emerged from the dramatic rise in subterranean warfare, fortified urban strongholds, and the widespread use of small, mobile enemy cells during conflicts in 2014, 2017, and 2023, when Israeli and Western forces encountered heavily booby‑trapped buildings, tunnel networks, and ambush zones where traditional drones or infantry teams suffered high casualty rates.

LANIUS‑X weighs roughly 1.25 kilograms, carries an onboard AI processor capable of real‑time mapping at 500 frames per second, and can autonomously navigate corridors, stairwells, and multi‑room structures while identifying threats using computer‑vision models trained on thousands of urban‑combat scenarios.

In terms of physical dimensions, LANIUS‑X is exceptionally compact, measuring approximately 30 centimeters in length, with a rotor‑to‑rotor span of just under 40 centimeters, allowing it to pass through narrow doorways, shattered window frames, and tunnel openings as small as 45 centimeters wide.

Its carbon‑fiber frame and low acoustic signature make it difficult to detect at distances beyond 20 meters, and its foldable arm design enables soldiers to carry multiple units in a single standard‑issue pack without adding significant weight.

Compared to similar systems such as the AeroVironment Switchblade 300, the STM Kargu‑2, and the Ukrainian RAM‑II, LANIUS‑X is significantly smaller, faster in confined spaces, and optimized for indoor maneuvering, whereas Switchblade and RAM‑II are primarily outdoor loitering munitions and the Kargu‑2 is designed for open‑air swarm operations.

LANIUS‑X also differs from the IDF’s own Rotem L loitering quadcopter by offering higher onboard autonomy, faster target‑classification cycles, and a modular payload system that can switch between reconnaissance mode and a small precision‑effect warhead.

Defense‑industry sources report that Israel, the United States Special Operations Command (USSOCOM), and the United Kingdom’s Strategic Command have all purchased evaluation units, while India and South Korea have conducted procurement trials in 2025.

One confirmed operational use occurred during an IDF raid in Jenin in July 2024, when LANIUS‑X units were deployed to scan a multi‑story apartment block containing improvised explosive devices; the drone identified two tripwire placements, allowing sappers to neutralize them without casualties.

A second documented case took place during a counter‑ISIS operation in northern Iraq in February 2025, when a U.S. special‑operations team used a LANIUS‑X prototype to clear a warehouse in Tel Afar, locating an armed cell hiding behind a barricaded interior wall, enabling the team to avoid a close‑quarters ambush.

LANIUS‑X represents a shift toward ultra‑small autonomous systems that reduce risk to soldiers while providing unprecedented situational awareness in the most dangerous combat environments of the 21st century.