US Counter-UAS Market 2026 Forecast

The US C-UAS market stratifies along four technology axes that reflect distinct procurement pipelines and budget owners. Radio frequency detection and jamming systems (DroneShield, D-Fend Solutions) target the largest share of fixed-site protection contracts because they offer the lowest per-engagement cost and are effective against the consumer-grade quadcopter category that constitutes the majority of fielded threats. Radar-based detection (Hidden Level, Fortem Technologies) addresses the medium and high-altitude threat surface that RF systems cannot reliably cover, with growing demand from base protection and airport security. Electro-optical and infrared tracking (Teledyne FLIR, L3Harris) is a layered capability typically bundled with radar to provide visual identification and engagement authorisation. Kinetic and directed-energy defeat (Epirus high-power microwave, Anduril Lattice-integrated interceptors, CHAOS Industries autonomous engagement) is the fastest-growing segment as the Pentagon prioritises affordable mass against drone swarm threats.

By customer, the US Army and US Air Force account for the majority of C-UAS procurement spend through their respective force protection budgets and the cross-service DAWG envelope. The US Marine Corps fields tactical man-portable systems for expeditionary force protection. The US Navy procures shipboard and base-protection systems. The Department of Homeland Security, FBI, and Secret Service operate under expanded counter-UAS authority granted by the 2018 Preventing Emerging Threats Act and its subsequent renewals. State and local law enforcement face procurement constraints because counter-UAS engagement authority remains restricted under federal law, although detection-only deployments have proliferated.

Vertical applications outside defence and law enforcement are emerging but remain a small share of total spend. Critical infrastructure operators (electric grid, oil and gas, water utilities) procure detection-grade systems to feed security operations centres without engaging targets directly. Stadium and event security has procured detection systems for major sporting and political events, often with FAA coordination for temporary flight restrictions. Airports are slower adopters because of operational integration complexity with controlled airspace, but procurement is accelerating following high-profile drone incursion incidents at major hubs.

Geographically, US C-UAS procurement concentrates in three corridors. The Washington DC region hosts headquarters procurement, capital protection, and federal law enforcement spend. The Southwest border region drives counter-drug and counter-cartel C-UAS deployment. Forward base protection in CENTCOM, INDOPACOM, and EUCOM theatres absorbs the largest operational deployment of tactical and expeditionary systems, although procurement is centralised through CONUS programme offices.

Federal counter-UAS authority in the United States is partitioned among four primary departments and several supporting agencies under a complex statutory framework. The Preventing Emerging Threats Act of 2018 grants the Department of Homeland Security and Department of Justice authority to detect, track, and disrupt unmanned aircraft that pose a threat to designated covered facilities or assets. This authority is delegated to specific operational components including the FBI, US Secret Service, US Coast Guard, and Customs and Border Protection. The act has been renewed multiple times, most recently in 2024, with each renewal cycle adjusting the scope of covered facilities, the types of authorised mitigation actions, and the coordination requirements with the FAA.

The FAA retains primary authority over national airspace and must coordinate with C-UAS operators on any system that uses spectrum, kinetic defeat, or directed energy that could affect manned aviation or licensed communications. The 2024 FAA Reauthorization Act expanded a pilot programme allowing state and local law enforcement to deploy detection-only counter-UAS systems under specific conditions, but engagement authority remains federally restricted. This split creates procurement bifurcation: state and local agencies can purchase detection systems but not defeat systems, narrowing the addressable market for vendors selling integrated detect-track-defeat platforms to non-federal customers.

The Department of Defense operates under separate statutory authority granted by Title 10 of the US Code and a series of National Defense Authorization Act provisions. NDAA Section 1697 (FY2020) and subsequent annual NDAA provisions have progressively expanded DoD counter-UAS authority on military installations and to protect US forces operating abroad. The 2025 NDAA further codified procurement priorities and accelerated acquisition pathways for counter-UAS systems through the Joint Counter-Small Unmanned Aircraft Systems Office (JCO), which serves as the lead organisation for joint requirements, capabilities, and material solutions across the services.

The Federal Communications Commission regulates the radio frequency spectrum used by both drone command links and counter-drone jamming systems. Vendors selling RF jamming systems must navigate FCC equipment authorisation requirements, which historically created barriers to commercial off-the-shelf RF defeat systems. The 2024 Spectrum Innovation Act streamlined some of these requirements for federal users, but state and local procurement of RF jamming remains effectively prohibited outside specific federal-coordination scenarios.

Counter-UAS technology has matured rapidly between 2020 and 2026, driven by combat lessons from Ukraine, the demonstrated effectiveness of low-cost drone attacks in the Middle East, and Pentagon procurement priorities that have favoured rapid fielding over deliberate development cycles. The first generation of fielded systems comprised standalone detection or defeat capabilities with limited cross-system integration. The second generation, currently dominant in active procurement, is defined by integrated detect-track-identify-defeat architectures running on common command-and-control software, with Anduril Lattice emerging as the de facto US Army standard following the 2026 enterprise contract award.

High-power microwave (HPM) systems represent the most significant capability inflection in counter-drone defeat. Epirus Leonidas, deployed with the US Army, demonstrates the ability to disable multiple drones simultaneously across a wide engagement arc at a per-engagement cost orders of magnitude below kinetic interceptors. HPM is particularly effective against drone swarm threats, where kinetic interceptor magazine depth becomes the limiting factor in conventional air defence engagement models. Procurement of HPM systems is accelerating across Army, Marine Corps, and base-protection requirements, with multiple vendors entering the segment.

Autonomous engagement is the third-generation capability now entering operational test. Systems combining onboard target classification, autonomous engagement authorisation against pre-cleared target categories, and networked coordination across multiple defeat assets are being fielded under accelerated acquisition authorities. The CHAOS Industries autonomous engagement system, the Anduril Roadrunner reusable interceptor, and similar platforms represent the operational expression of policy guidance permitting machine-speed engagement decisions against well-defined adversary drone categories within designated geographic zones.

Cyber and electronic warfare integration is the fourth maturation axis. Modern C-UAS systems increasingly incorporate cyber takeover capabilities (D-Fend Solutions EnforceAir) that capture target drones rather than destroying them, preserving the platform for forensic analysis and minimising collateral damage in populated environments. RF protocol-aware jamming has progressed from broadband denial to selective protocol interdiction, allowing C-UAS systems to operate in environments with friendly drone activity without disrupting friendly operations.

The US C-UAS competitive landscape underwent a structural shift in March 2026 when the US Army awarded Anduril the $20 billion counter-UAS enterprise contract with Lattice designated as the tactical command-and-control standard. This award fundamentally changes the competitive map: vendors whose systems are not interoperable with Lattice are progressively excluded from the Army's primary contracting vehicle, while integration partners gain preferential access to the largest single counter-UAS procurement pipeline in US history. The first task order under the enterprise contract was valued at $87 million, with subsequent task orders expected to flow across the 10-year contract horizon.

Pure-play counter-drone vendors face strategic choice points in this environment. DroneShield, an Australia-listed C-UAS pure-play with significant US revenue exposure, has invested in Lattice interoperability while maintaining a differentiated RF detection product line. Epirus, with its Leonidas HPM system, occupies a defensible niche where physics-based capability differentiation reduces the platform-integration pressure. Hidden Level and Fortem Technologies, both in the radar-based detection segment, are positioning as the long-range surveillance layer that complements Lattice tactical engagement, rather than competing directly with it.

The defence prime contractors are entering the counter-UAS segment through acquisition and partnership rather than organic development. L3Harris, Raytheon, Northrop Grumman, and Lockheed Martin all have counter-UAS programmes within their broader air and missile defence portfolios, but none has emerged as a dominant standalone C-UAS vendor at the tactical end of the market. The primes' historical advantage in integrated air and missile defence remains decisive at the strategic and theatre-level end of the market, but the tactical and force-protection segment is now defined by software-defined autonomous-systems vendors rather than legacy hardware integrators.

International vendors face elevated barriers to US market entry. NDAA supply-chain provisions, Berry Amendment domestic content requirements, and increasingly stringent ITAR and EAR export controls on autonomous systems narrow the addressable US market for foreign C-UAS vendors. Israeli, European, and Australian vendors compete primarily through US-based subsidiaries with cleared supply chains and substantial domestic content. Chinese vendors are effectively excluded from US federal procurement and increasingly from critical infrastructure procurement under NDAA Section 1709 and the Countering CCP Drones Act.