The United States has deployed the Low-Cost Uncrewed Combat Attack System, known as LUCAS, in combat operations in Iran roughly eight months after the drone was presented inside the Pentagon, according to defense officials and program materials. The system, built by Arizona-based SpektreWorks, was one of more than a dozen systems showcased in July 2025 when Defense Secretary Pete Hegseth walked the Pentagon courtyard as companies vied to supply new unmanned systems to the military.
The LUCAS launch in Iran marks an unusually fast transition from a Pentagon unveiling to operational use. Officials characterize the rollout as part of a broader push to accelerate acquisition and fielding of inexpensive, single-use or attritable unmanned systems, reflecting lessons learned from recent conflicts in which thousands of low-cost drones were used.
Design, cost and mission flexibility
Program documents describe LUCAS as a loitering munition that can carry different payloads and use configurable communications systems thanks to an open architecture. That flexibility allows the drone to be configured for strike missions or to operate as a target drone, and it can be launched from fixed ground sites or from trucks. At roughly $35,000 per unit, LUCAS is dramatically cheaper on a per-platform basis than long-endurance manned systems such as the MQ-9 Reaper, which costs in the multimillion-dollar range and is reusable and far more complex.
The government retains intellectual property ownership of the LUCAS design, allowing for the possibility that multiple manufacturers could produce the system. SpektreWorks currently holds manufacturing contracts for LUCAS, and the firm declined to comment for this report.
Operational enablers and satellite links
During development, the LUCAS program was tested with a mix of satellite communications, including Viasat’s MUSIC system and SpaceX’s Starlink or Starshield, according to sources familiar with the program. It was not possible to determine which specific connectivity systems are in use for current operations in Iran. Neither SpaceX nor Viasat responded to requests for comment for this piece.
A software provider called Noda supplies an orchestration layer that permits operators to command multiple autonomous systems concurrently, one source familiar with the program said. Noda did not provide comment for this article.
Comparisons and industrial context
Observers and program materials note the design kinship between LUCAS and variants of Iran’s Shahed loitering munition, which has been supplied by Tehran to other operators. Defense analysts have previously assessed the Shahed to resemble earlier loitering designs such as the Harpy. The LUCAS also shows features similar to other long-standing loitering-munition concepts.
The LUCAS program sits within a highly competitive segment of the defense market in which legacy primes and a wave of Silicon Valley-backed startups contend for contracts. Companies mentioned in program discussions include established defense contractors and newer entrants such as Anduril, Shield AI and AeroVironment. The Pentagon is simultaneously seeking to rapidly scale U.S. industrial capacity for producing low-cost attritable drones under a $1 billion Drone Dominance Program authorized in the "One Big Beautiful Bill Act of 2025."
Implications for procurement and industry structure
The speed of LUCAS’ movement from public demonstration to combat use signals a U.S. intent to shorten traditional acquisition cycles that often span multiple years from design to operational deployment. Defense officials attribute the compressed timeline to lessons learned from observing unmanned-system operations in recent conflicts. The program’s open-architecture approach and government ownership of the design could permit broader industrial participation and a distributed manufacturing base, although SpektreWorks currently holds production contracts.
While LUCAS is priced to be economically attritable, that same low-cost, scalable model hinges on reliable communications and orchestration to support distributed operations. The program’s linkages to commercial satellite providers and an orchestrator software platform are central to its operational concept, even as specific in-theater connectivity arrangements have not been confirmed for current missions.
Note: This article reports program details and industry responses as stated by defense officials and program materials. Some companies named in development and industry discussions did not provide comment.