On February 28, 2026, the U.S. military confirmed it had used low-cost one-way attack drones in combat for the first time ever, deploying the LUCAS (Low-cost Unmanned Combat Attack System) during Operation Epic Fury — the joint U.S.-Israeli strike campaign against Iran. The drones, which cost roughly $35,000 each, were launched by Task Force Scorpion Strike, a first-of-its-kind kamikaze drone squadron stood up under U.S. Special Operations Command-Central. Each LUCAS unit carries approximately twice the explosive yield of a Hellfire missile at a fraction of the price, marking a fundamental shift in how the United States wages war.
What makes this moment particularly striking is the origin story: LUCAS was reverse-engineered from Iran’s own Shahed-136 drone, the same weapon Tehran has supplied to Russia for use against Ukraine and deployed through its proxy networks across the Middle East. The U.S. seized Shahed-136 units, studied them, and contracted Arizona-based SpektreWorks to build an American version based on the company’s FLM-136 target drone platform. Now that design has been turned back against its creators. This article breaks down what the LUCAS drone is, how it was used in combat, the broader Pentagon drone buildup, and what this means for the future of American military operations.
Table of Contents
- What Are the Low-Cost Attack Drones the U.S. Just Used in Combat for the First Time?
- How LUCAS Was Deployed During Operation Epic Fury
- The Irony of Turning Iran’s Own Drone Design Against It
- The Pentagon’s $1 Billion Drone Dominance Program
- Vulnerabilities and Limitations of One-Way Attack Drones
- Task Force Scorpion Strike and the New Drone Warfare Units
- What the LUCAS Deployment Means for Future U.S. Military Operations
- Conclusion
- Frequently Asked Questions
What Are the Low-Cost Attack Drones the U.S. Just Used in Combat for the First Time?
The LUCAS drone is a one-way attack system — sometimes called a kamikaze drone or loitering munition — meaning it flies to its target and detonates on impact rather than returning to base. Built by SpektreWorks, an Arizona defense contractor, it is a spinoff of the company’s FLM-136 target drone. The system is classified as a Group 3 UAV, capable of operating at altitudes up to 5,500 meters with a maximum weight of up to 600 kilograms. It has a wingspan of 8.2 feet, a maximum range of roughly 500 statute miles, and can stay airborne for up to six hours. Its cruise speed sits around 74 knots, with a dash speed of approximately 105 knots. The payload capacity is 40 pounds, which defense analysts say translates to roughly twice the explosive yield of a Hellfire missile.
For context, a single Hellfire costs around $150,000, and a Tomahawk cruise missile runs close to $2 million per shot. LUCAS costs about $35,000. That price difference is not a minor budget line — it represents a completely different calculus for how many targets can be struck in a given operation and how willing commanders will be to expend munitions on lower-priority targets that previously would not have justified a million-dollar weapon. The drone can be launched from catapults, rocket-assisted takeoff systems, and mobile ground platforms. In December 2025, a LUCAS was first successfully launched from the Independence-class littoral combat ship USS Santa Barbara during an exercise in the Arabian Gulf, proving the system could operate from naval vessels as well as land-based positions. That shipboard capability is significant because it means LUCAS can be deployed from forward-positioned ships without requiring airfield access or large logistics footprints.
How LUCAS Was Deployed During Operation Epic Fury
Operation Epic Fury began at approximately 9:45 a.m. iran Standard Time (1:15 a.m. Eastern) on Saturday, February 28, 2026. The joint U.S.-Israeli campaign targeted IRGC command and control facilities, iranian air defense systems, missile and drone launch sites, and military airfields. LUCAS drones were used alongside Tomahawk cruise missiles launched from warships and HIMARS rocket launchers operated by the U.S. Army, making the strike a multi-domain operation combining legacy precision munitions with the new low-cost attack systems.
The drones were operated by Task Force Scorpion Strike, a unit stood up specifically for this capability under U.S. Special Operations Command-Central (SOCCENT). The task force was established in December 2025, coinciding with the successful USS Santa Barbara shipboard launch. While the Pentagon has not disclosed exactly how many LUCAS drones were used in the strikes or their specific targets, the confirmation of combat use represents the culmination of a rapid development timeline — from seized Iranian drone to American combat weapon in a matter of years. However, one-way attack drones are not a silver bullet. Their relatively slow speed — 74 to 105 knots — makes them vulnerable to modern air defense systems if those defenses are still operational. That is likely why LUCAS was deployed as part of a layered strike package alongside faster Tomahawk missiles and HIMARS rockets, which would suppress or destroy air defenses before the slower drones reached their targets. If enemy air defenses remain intact, a $35,000 drone flying at propeller-driven speeds is a relatively easy intercept for radar-guided systems.
The Irony of Turning Iran’s Own Drone Design Against It
Defense analysts have been quick to note the strategic irony at work. The Shahed-136 — Iran’s signature long-range one-way attack drone — has been one of the most consequential weapons of the past several years. Iran supplied hundreds of them to Russia, which used them extensively against Ukrainian cities and infrastructure beginning in 2022. Hezbollah and Houthi forces have also employed Shahed variants across the Middle East. The drone became a symbol of how relatively cheap, expendable weapons could challenge far more expensive Western defense systems.
The United States, after seizing Shahed-136 units, essentially did what defense establishments have done throughout history: studied the enemy’s weapon, improved upon it, and turned it around. SpektreWorks adapted the design into the FLM-136 target drone and then into the LUCAS combat variant, adding American guidance systems and manufacturing standards while keeping the core aerodynamic concept that made the Shahed effective — a simple, reliable airframe capable of carrying a meaningful warhead over long distances at low cost. The message this sends is not subtle. Iran spent years developing and proliferating a drone that reshaped asymmetric warfare, and the United States has now used a clone of that drone to strike Iranian military targets directly. Whether this deters future iranian drone proliferation or accelerates it remains an open question, but the psychological and strategic significance of the reversal is difficult to overstate.
The Pentagon’s $1 Billion Drone Dominance Program
The LUCAS combat debut is only one piece of a much larger Pentagon initiative. The “Drone Dominance” program aims to flood U.S. combat units with small unmanned systems at unprecedented scale. The initial phase involves 12 vendors producing 30,000 drones at approximately $5,000 per unit through July 2026. After that competition phase, the field will narrow to 5 vendors producing 150,000 units at roughly $2,300 per drone — a dramatic cost reduction achieved through scale and vendor competition. The total plan calls for approximately $1 billion to manufacture around 340,000 small unmanned aerial systems for combat units over two years. Tens of thousands are expected to be delivered in 2026, with hundreds of thousands following by 2027.
To put that in perspective, 340,000 drones at an average cost of roughly $3,000 each would cost less than 200 Tomahawk cruise missiles. The math is reshaping how the Pentagon thinks about mass, expendability, and the acceptable cost of engaging a target. The tradeoff is capability versus quantity. A Tomahawk can fly over 1,000 miles at high subsonic speed with a 1,000-pound warhead and strike with pinpoint accuracy against hardened targets. A $2,300 small drone cannot do any of that. But if the target is a radar installation, a command post, a vehicle convoy, or a supply depot, the cheap drone may be more than sufficient — and a commander can send ten of them for the cost of one precision-guided munition. The strategic question is not whether cheap drones replace expensive missiles, but how the two are used together.
Vulnerabilities and Limitations of One-Way Attack Drones
For all the enthusiasm around low-cost attack drones, there are real limitations that the LUCAS deployment does not erase. Speed is the most obvious vulnerability. At 74 to 105 knots, these drones are slower than most general aviation aircraft. Against a peer adversary with intact, modern air defense networks — think Russian S-400 systems or Chinese HQ-9 batteries — slow-flying drones would face significant attrition rates. The Ukraine conflict has demonstrated this from both sides: cheap drones work brilliantly when defenses are degraded, but they get shot down in large numbers when defenses are active and alert. Range is another constraint.
At roughly 500 statute miles, LUCAS has respectable reach for a system its size, but it requires forward positioning — either on ships in nearby waters or on bases within range of the target set. That forward positioning creates its own vulnerabilities. Launch platforms need protection, supply chains for the drones themselves must be maintained, and operational security around launch sites becomes critical. There is also the question of targeting and communications in contested electromagnetic environments. One-way attack drones typically rely on GPS navigation and, in some configurations, data links for terminal guidance or retargeting. A sophisticated adversary capable of GPS jamming or spoofing could degrade the effectiveness of these systems. The Pentagon has not disclosed what guidance systems LUCAS uses, but any drone relying on GPS in a contested environment faces a known and growing threat.
Task Force Scorpion Strike and the New Drone Warfare Units
The creation of Task Force Scorpion Strike represents an organizational shift as significant as the technology itself. By standing up a dedicated one-way attack drone squadron under Special Operations Command-Central, the U.S. military is signaling that drone warfare is no longer an adjunct to traditional operations — it is becoming its own warfighting discipline with dedicated personnel, training pipelines, and doctrine.
The task force’s December 2025 establishment and rapid deployment to combat operations just two months later suggests the unit was specifically created in anticipation of the Iran strike campaign. The successful shipboard launch from the USS Santa Barbara demonstrated the task force could operate from naval platforms, giving commanders flexibility to position drone launch capability wherever ships can sail rather than being tied to fixed land bases. As the Drone Dominance program delivers hundreds of thousands of systems over the next two years, expect more units like Task Force Scorpion Strike to be formed across the combatant commands.
What the LUCAS Deployment Means for Future U.S. Military Operations
The first combat use of LUCAS is likely to accelerate drone procurement and development across the U.S. military. Combat validation — proving a system works under real conditions against real targets — is the single most powerful argument a program can make for continued funding. Every branch of the military will be watching the after-action reports from Operation Epic Fury closely, and defense contractors beyond SpektreWorks will be positioning their own low-cost attack systems for the expanding market.
The broader trajectory is clear: the U.S. is moving toward a force structure where cheap, expendable drones operate alongside expensive manned platforms and precision munitions. The $1 billion Drone Dominance program is just the beginning. As production scales to hundreds of thousands of units and costs drop below $2,500 per drone, the economics of warfare shift in ways that favor the side with superior manufacturing capacity and the willingness to expend large numbers of systems. That is a competition the United States, with its industrial base and defense budget, is well-positioned to win — provided the technology keeps pace with the countermeasures adversaries will inevitably develop.
Conclusion
The February 28, 2026 combat debut of the LUCAS drone during Operation Epic Fury marks a genuine inflection point in American military operations. A $35,000 one-way attack drone, reverse-engineered from an Iranian design and built by a small Arizona contractor, was used alongside Tomahawk cruise missiles costing 57 times as much per unit. Task Force Scorpion Strike, a unit that did not exist four months earlier, successfully deployed the system in its first real-world combat test. The combination of low cost, meaningful payload, and proven combat effectiveness validates what drone warfare advocates have argued for years. The Pentagon’s Drone Dominance program — 340,000 drones, $1 billion, delivered over two years — is the industrial follow-through to this operational proof of concept.
The vulnerabilities are real: slow speed, GPS dependence, and limited range mean these systems work best as part of layered strike packages rather than standalone weapons. But the cost math is transformative. When a nation can send dozens of attack drones for the price of a single cruise missile, the calculus of target engagement, risk tolerance, and operational tempo changes fundamentally. The age of mass expendable combat drones in U.S. military operations has officially begun.
Frequently Asked Questions
What is the LUCAS drone?
LUCAS stands for Low-cost Unmanned Combat Attack System. It is a one-way attack drone (also called a kamikaze drone or loitering munition) built by SpektreWorks, an Arizona-based defense contractor. It was reverse-engineered from Iran’s Shahed-136 drone and is based on SpektreWorks’ FLM-136 target drone platform. It costs approximately $35,000 per unit.
How far can the LUCAS drone fly?
LUCAS has a maximum range of approximately 444 nautical miles (about 500 statute miles) and an endurance of up to 6 hours. It cruises at roughly 74 knots with a dash speed of about 105 knots.
How does LUCAS compare to a Tomahawk cruise missile?
A Tomahawk costs roughly $2 million and carries a 1,000-pound warhead over 1,000 miles at high subsonic speed. LUCAS costs about $35,000, carries a 40-pound payload (roughly twice the explosive yield of a Hellfire missile), and has a range of about 500 miles at much slower speeds. The two are designed for different target sets and are used together in layered strike packages.
What is the Drone Dominance program?
The Pentagon’s Drone Dominance program is a roughly $1 billion initiative to manufacture approximately 340,000 small combat drones over two years. The initial phase involves 12 vendors producing 30,000 drones at about $5,000 each, narrowing to 5 vendors producing 150,000 units at approximately $2,300 per drone. Tens of thousands are expected to be delivered in 2026, with hundreds of thousands by 2027.
Was LUCAS really reverse-engineered from an Iranian drone?
Yes. The U.S. military seized Iranian Shahed-136 drones and studied them. SpektreWorks used that knowledge to develop the FLM-136 target drone, which was then adapted into the LUCAS combat variant. Defense analysts have noted the irony that the U.S. used Iran’s own drone design against Iranian military targets during Operation Epic Fury.
What is Task Force Scorpion Strike?
Task Force Scorpion Strike is the first dedicated one-way attack drone squadron in U.S. military history. It was stood up in December 2025 under U.S. Special Operations Command-Central (SOCCENT) and deployed LUCAS drones in combat for the first time during Operation Epic Fury on February 28, 2026.