The US is ramping up efforts on affordable, one-way attack drones with a new presence in the Middle East

The United States has launched a specialized drone task force in the Middle East, focusing on affordable, one-way attack drones. These Low-Cost Uncrewed Combat Attack System (LUCAS) drones are modeled after the Iranian Shahed loitering munitions.

Earlier this year, the Pentagon introduced the designs for LUCAS drones. On Wednesday, US Central Command (CENTCOM) confirmed the establishment of Task Force Scorpion Strike, which has already deployed a squadron of these drones in the region.

The drones feature long-range capabilities, autonomous functions, and can be launched via catapults, rocket-assisted takeoff, or from mobile ground and vehicle systems. CENTCOM emphasized that this deployment equips US forces with advanced drone technology quickly, enhancing military readiness and serving as a deterrent to adversaries.

Video released by CENTCOM showed numerous drones positioned on a tarmac at a secret location. The Pentagon displayed more than a dozen prototype low-cost attack drone designs in July, offering American-made alternatives to Iranian Shahed-136 loitering munitions, which have been used by Russia against Ukrainian cities and infrastructure.

The US military is increasingly interested in Shahed-style drones due to their effectiveness and affordability. Leaders in the US Army have noted that such drones are particularly suited for deployment in regions like the Indo-Pacific, where cost-effective, easily assembled attack drones are advantageous.

SpektreWorks, an American engineering firm, highlighted that LUCAS drones can act as threat emulators while maintaining low operational and maintenance costs compared to traditional munitions or aircraft.

The push to expand drone production aligns with US defense priorities to maintain technological edge over adversaries such as Russia and China, while addressing the growing role of drones in modern warfare. The Pentagon continues to invest heavily in unmanned systems, viewing them as cost-efficient strike tools and force multipliers.

Author: Noah Whitman