The U.S. military sent a Phoenix-built kamikaze drone into combat for the first time during Operation Epic Fury, a joint U.S.-Israel daytime assault on Iranian military targets. The drone, known as LUCAS, was developed by SpektreWorks and costs roughly $35,000 per unit, a fraction of the price of a cruise missile. Its debut against Iran carries a sharp irony: the weapon is a reverse-engineered copy of Tehran’s own Shahed-136, the cheap attack drone Iran has exported to Russia and its regional proxies for years.
Operation Epic Fury and the LUCAS Debut
The surprise daytime strikes hit more than 1,000 targets across Iran, according to reporting from local Arizona media, spanning IRGC command and control nodes, air defense batteries, missile and drone launch sites, and military airfields. U.S. Central Command confirmed that low-cost one-way attack drones were among the weapons employed, and it released strike footage showing the scale of the operation. The breadth of targets suggests planners treated LUCAS not as a novelty but as a volume weapon, designed to saturate defenses alongside B-2 bombers and Tomahawk cruise missiles.
Further details on the raid’s tempo and scope emerged as CENTCOM published a package of operation details and video from the strikes, underscoring that Epic Fury unfolded as a coordinated air and missile campaign rather than a single volley. Reporting from national security correspondents described U.S. and Israeli forces hitting Iranian targets in multiple waves, seeking to degrade Tehran’s ability to project power across the region. Within that broader effort, the appearance of a new American-made suicide drone modeled on an Iranian design signaled that Washington intended not only to blunt Iran’s capabilities but to mirror and out-scale one of its signature tools.
From Reverse Engineering to the Flight Deck
LUCAS did not appear overnight. The drone traces its lineage to captured or recovered Shahed-136 airframes that U.S. intelligence agencies studied in detail, allowing engineers to copy the distinctive delta-wing layout and pusher-propeller configuration. SpektreWorks, the Phoenix-based defense firm behind the program, built the American version at an approximate cost of $35,000 per airframe. That price point matters because it places LUCAS in a cost category where commanders can afford to lose dozens of drones in a single sortie without straining budgets. By comparison, a single Tomahawk missile costs well over $1 million, and even smaller precision munitions run into six figures. The economics shift the calculus: instead of risking a piloted aircraft or spending a premium munition on a radar site, a planner can assign a swarm of disposable drones to the same target set.
The Navy had already tested the concept at sea before Epic Fury. In mid-December 2025, USS Santa Barbara (LCS 32) launched a LUCAS from its flight deck while transiting the Arabian Gulf, marking the first time the U.S. Navy employed an attack drone at sea. That launch was tied to Task Force 59 operations and gave CENTCOM real-world data on shipboard integration before the drones were called on for a live strike mission weeks later. The progression from a single test launch off a littoral combat ship to mass employment against hardened Iranian targets happened in roughly two months, a timeline that reflects both urgency and confidence in the platform.
Task Force Scorpion Strike and the Drone Squadron
CENTCOM stood up Task Force Scorpion Strike specifically to field a one-way attack drone squadron in theater. The task force’s official description highlights autonomous operation capability, extensive range, and multiple launch methods including catapult, rocket-assisted takeoff, and mobile ground launchers. That flexibility means LUCAS can be fired from a truck bed in a forward desert position, catapulted from a small base, or sent off a ship’s deck, all without a runway or the logistics tail that manned aircraft demand. It also allows commanders to disperse launch sites, complicating any adversary’s attempt to preemptively destroy the system on the ground.
The creation of a dedicated drone task force, rather than folding the capability into an existing air wing, signals that the Pentagon views expendable strike drones as a distinct warfighting category. Scorpion Strike is not an experiment tucked inside a test unit; it is an operational formation with its own command structure, deployed to a combat theater and now proven in a large-scale strike. According to Defense News coverage, U.S. officials confirmed that LUCAS made its combat debut during Epic Fury as part of that task force’s first major outing. For adversaries watching, the implication is that the U.S. can now generate cheap, high-volume strike sorties that do not rely solely on carrier-based jets or stealth bombers, even though Epic Fury employed those assets in parallel.
Turning Iran’s Own Playbook Around
The strategic irony of LUCAS is hard to miss. Iran spent years perfecting the Shahed-136 as a low-cost, long-range loitering munition that could be built in bulk and exported to partners such as Russia, which has used the type extensively in Ukraine. Now, according to reporting from U.S. officials, the American military has fielded a near look-alike, down to the silhouette and launch methods. Pentagon imagery showed rows of the new drones lined up with the same distinctive nose and wing shape as their Iranian counterparts, a visual echo that sends its own message: the technology Iran once saw as asymmetric leverage can be copied, scaled, and turned back on its originator.
The symbolism was reinforced by the mix of weapons used in Epic Fury. A detailed account from Reuters defense reporting noted that U.S. forces paired Tomahawk cruise missiles and B-2 stealth bombers with suicide drones modeled on Iranian designs, blending exquisite, high-end assets with cheap, attritable systems. In a separate dispatch, Reuters added that AI-enabled planning tools helped orchestrate the strike package, coordinating manned aircraft, cruise missiles, and one-way drones into a single operational picture. For Iran, which long prided itself on using Shaheds to harass more technologically advanced rivals, Epic Fury demonstrated how quickly a major power can absorb, replicate, and operationalize that same concept at scale.
For the United States, the episode marks a broader inflection point in how it wages air campaigns. Instead of relying exclusively on a small inventory of expensive precision munitions, the Pentagon is now fielding a tiered arsenal that ranges from stealth bombers at one end to disposable drones at the other. LUCAS, reverse-engineered from an adversary’s workhorse and rushed from testing on the deck of a littoral combat ship to combat over Iran, embodies that shift. Its first mission under the banner of Operation Epic Fury suggests that future conflicts involving the U.S. will feature not just a contest of advanced fighters and missiles, but also dense swarms of cheap, expendable aircraft, some of them, as in this case, built by turning an opponent’s own designs against them.
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*This article was researched with the help of AI, with human editors creating the final content.
