Anti-Drone Market Accelerates as $4.15 Billion U.S. Army Counter-UAS Contracts Expand Demand for Advanced Drone Defense Systems

The U.S. Army has awarded 10 indefinite-delivery, indefinite-quantity contracts with a combined ceiling of $4.15 billion for counter-drone systems, covering command-and-control platforms, sensors and weapons designed to detect, disable or destroy unmanned aerial systems. The awards, coordinated through Joint Interagency Task Force 401, strengthen procurement of layered counter-UAS capabilities and create a broader pathway for government agencies to deploy integrated anti-drone technologies.

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The procurement is creating opportunities for counter-UAS manufacturers, sensor developers, electronic-warfare specialists and software providers. DroneShield, SRC, Allen Control Systems, RADA Technologies and Anduril are positioned to benefit from expanding demand for interoperable detection, tracking, command-and-control and neutralization solutions. Earlier in 2026, Anduril also secured an $87 million counter-UAS command-and-control award, highlighting growing demand for software-defined and integrated defense architectures.
According to DataM Intelligence, the global Anti-Drone Market was valued at USD 3,178.9 million in 2025 and is projected to reach USD 19,842.5 million by 2035, expanding at a 25.3% CAGR during 2026-2035. The market is benefiting from rising requirements for protection against unauthorized drones across defense facilities, airports, critical infrastructure and public venues, alongside increased adoption of AI-enabled detection and automated threat classification.

North America currently leads the anti-drone market, supported by defense spending, critical infrastructure protection and government counter-UAS programs, while Asia-Pacific is the fastest-growing region as governments strengthen border surveillance and military modernization. Detection and disruption systems remain the leading application, while AI-powered sensor fusion, automated tracking and layered counter-UAS platforms are gaining faster traction as operators seek improved detection accuracy and quicker responses to evolving drone threats.

Recent Key Developments - United States & North America
✅ September 2026: The U.S. Army awarded AeroVironment the first production contract under its Enduring-High Energy Laser (E-HEL) program, moving high-energy laser counter-UAS technology from prototype development into production. The system is designed to provide a scalable, lower-cost-per-shot option against unmanned aircraft.

✅ September 2026: The U.S. Army expanded its Domestic Shield effort through new counter-UAS contract awards from Joint Interagency Task Force 401. The initiative is using a multi-vendor C-UAS marketplace with open-architecture requirements, allowing different counter-drone technologies to integrate into existing defense networks rather than relying on a single proprietary system.

✅ July-October 2026: The U.S. Army has been shifting C-UAS procurement toward faster testing and field evaluation. In September, Falcon Peak 26.2 at Yuma Proving Ground established permanent counter-UAS test and evaluation lanes for continued collaboration between military units, commercial developers and defense partners.

Recent Key Developments - Japan & Asia-Pacific
✅ July 2026: Japan expanded the restricted airspace around designated defense facilities from approximately 300 meters to 1,000 meters, effective July 14, strengthening controls over unauthorized small-drone operations around military sites.

✅ September 2026: India's Dronathon-2026 brought domestic manufacturers, start-ups and innovators together for live demonstrations and evaluation of UAS and counter-UAS technologies. The exercise specifically focused on surveillance, autonomous operations, swarm technologies and electronic warfare, giving the Indian Air Force a practical route for assessing emerging C-UAS capabilities.

✅ July 2026: Canada launched its Defence Drone Initiative, creating a faster pathway for domestic development, testing and potential production of uncrewed technologies. Importantly for counter-drone suppliers, the initiative explicitly identified low-cost, low-collateral counter-drone interceptors as one of its priority capability areas.

Recent Key Developments - Product & Technology Innovation
✅ September 2026: High-Energy Laser Counter-UAS: The U.S. Army's E-HEL program reached a significant commercialization milestone with its first production agreement, highlighting the shift toward directed-energy systems that can engage drones without relying on conventional ammunition for every intercept.

✅ August-September 2026: Integrated Detection and Layered Defense: U.S. Army evaluations increasingly focused on connecting sensors, command-and-control systems and defeat technologies rather than assessing individual products in isolation. At Fort Bragg, more than 50 companies participated in C-UAS integration activities covering sensors, C2, communications and common operating-picture technologies.

✅ September 2026: Mobile C-UAS Training and Operationalization: JIATF-401 awarded a $38.2 million ceiling contract for mobile C-sUAS training teams, reflecting a broader shift from simply acquiring counter-drone hardware toward training personnel to operate these systems safely and effectively in different environments.

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M&A / Strategic Activity
Recent strategic acquisitions, partnerships, procurement programs, and ecosystem developments shaping the Anti-Drone Market:

U.S. Army / CACI International - $500 Million Domestic Shield Counter-Drone Contract
In July 2026, the U.S. Army's Joint Interagency Task Force 401 awarded CACI a five-year ID/IQ contract with a ceiling of $500 million to rapidly deploy counter-UAS capabilities under the Domestic Shield initiative. The contract covers CACI's SkyValor and BEAM systems, including RF detection, direction finding, tracking, identification, and non-kinetic defeat. The Army specifically structured the agreement to support layered C-UAS deployments rather than dependence on a single system.

U.S. Marine Corps / Anduril - $642 Million Installation C-UAS Program
The U.S. Marine Corps awarded Anduril a $642 million, 10-year IDIQ Program of Record for installation counter-small UAS systems. The program combines autonomous sensing, AI-enabled identification, command-and-control and defeat capabilities through Anduril's Lattice platform, with systems intended for Marine Corps installations worldwide.

NATO & Ukraine - UNITE-Brave NATO Counter-UAS Innovation Program
NATO and Ukraine launched UNITE-Brave NATO, creating a joint mechanism to move tested Ukrainian and Allied defence technologies toward operational deployment. The first competition includes €10 million in contract awards, with C-UAS and air-defence challenges at its core, while the programme is planned to scale toward €50 million.

NATO - Counter-Drone Marketplace and $40 Billion Commitment
In July 2026, NATO launched its Drone Edge initiative and announced that Allies intend to invest more than $40 billion in counter-drone capabilities over five years. NATO is also developing a dedicated counter-drone marketplace designed to give Allies access to a broader pool of interoperable solutions rather than relying on a small number of traditional defence suppliers.

Singapore DSTA - Epirus High-Power Microwave Partnership
Singapore's Defence Science and Technology Agency signed an MOU with Epirus in January 2026 to explore high-power microwave (HPM) technology for countering advanced UAS. The cooperation includes technical knowledge exchange, testing and evaluation against different UAS threats, including fibre-optic and AI-controlled drones that can bypass conventional RF-based countermeasures.

New Product/Technology Launches & Deployments
Recent innovations and deployments in the anti-drone space:
Epirus - Leonidas HPM Defeats Fibre-Optic-Controlled UAS
In January 2026, Epirus reported a successful Leonidas demonstration against a fibre-optic-controlled UAS, highlighting a shift toward directed-energy countermeasures that do not depend solely on disrupting conventional radio-frequency links. This addresses one of the operational problems exposed by fibre-optic FPV drones in Ukraine.

Perennial Autonomy - Bumblebee V2 Drone-on-Drone Interceptor
The U.S. Army awarded Perennial Autonomy $5.2 million in January 2026 for Bumblebee V2 counter-drone systems. Rather than relying on missiles or traditional jamming, Bumblebee V2 physically intercepts hostile small UAS through a drone-on-drone collision. The Army subsequently conducted its first operational test with 82nd Airborne paratroopers in April 2026 and additional Ranger testing in July.

Epirus / General Dynamics Land Systems / Kodiak AI - Autonomous HPM Counter-UAS System
In March 2026, Epirus, General Dynamics Land Systems and Kodiak AI unveiled an autonomous high-power microwave counter-UAS configuration. The collaboration combines HPM defeat technology with autonomous ground-vehicle capabilities, moving C-UAS systems toward mobile and increasingly automated operation.

Fortem Technologies - SkyDome Orders Across Europe and the Middle East
Fortem Technologies received orders for 12 SkyDome-family C-UAS systems from U.S. allies in Europe and the Middle East during Q3 2025. The systems are intended to protect critical defence installations, combining radar, command-and-control and autonomous DroneHunter interception capabilities.

Netherlands - Redrone Hard-Kill Integration
In September 2026, the Dutch Ministry of Defence awarded a contract to expand its Redrone counter-drone system from its existing soft-kill capability to include hard-kill effectors. The change is intended to increase operational range and lethality and illustrates the move toward combining electronic and physical defeat methods within the same C-UAS architecture.

UK Ministry of Defence - Low-Cost Drone Interceptors
In July 2026, the UK MOD awarded £3.16 million to three suppliers to develop low-cost interceptors designed to destroy drones and other airborne threats. The effort forms part of a five-nation European programme focused on affordable air-defence interceptors, reflecting the growing emphasis on reducing the cost imbalance between inexpensive drones and traditional missiles.

R&D & Technological Advancements
Countering Fibre-Optic FPV Drones
Fibre-optic-controlled FPV drones are forcing C-UAS developers to move beyond conventional RF jamming. NATO's 2025 Innovation Challenge specifically targeted technologies capable of detecting, tracking and neutralising fibre-optic-controlled FPV drones, with three winning companies selected for further testing.

High-Power Microwave for Drone Swarms
HPM technology is moving from laboratory development toward operational testing. Epirus reported a September 2025 live-fire demonstration in which Leonidas defeated 49 drones, with 100% of the drones flown being defeated. The technology is being developed specifically for swarm scenarios where conventional one-interceptor-per-drone approaches can become difficult to scale.

Autonomous Drone-on-Drone Interception
Low-cost autonomous interceptors are emerging as an alternative to expensive missiles and ammunition. The U.S. Army's Bumblebee V2 programme is testing autonomous identification and air-to-air interception, while Fortem's DroneHunter and Anduril's Anvil represent different approaches to autonomous physical drone defeat.

Layered C-UAS Architectures
Recent procurement is moving away from the idea of a single universal anti-drone system. The U.S. Army's Domestic Shield contracting model explicitly allows multiple technologies to be procured and integrated, combining RF detection, passive sensing, electronic defeat, kinetic interceptors and other effectors according to the threat environment.

Interoperability and Open Architecture
NATO's 2026 Technical Interoperability Exercise brought together 40 companies from 11 Allied nations, Ukraine and Australia to test more than 60 commercial systems and 40 C2 software applications. The exercise is focused on determining how different sensors, command systems and effectors can operate together rather than evaluating isolated products.

AI-Enabled Detection and Autonomous Response
C-UAS development is increasingly combining AI-based classification with automated decision support and autonomous effectors. Anduril's Lattice-based systems, for example, integrate sensors, command-and-control and autonomous defeat systems, while newer programmes are testing increasingly automated target identification and interception.

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Segments Covered in the Global Anti-Drone Market:
By System
The market is segmented into Neutralizing System and Detection System. Detection System is expected to account for a significant share of the market due to the growing need to identify, track, and monitor unauthorized drones across military, government, airports, and critical infrastructure. Neutralizing Systems are witnessing strong growth driven by increasing demand for technologies capable of disrupting or disabling hostile drones in defense, security, and high-risk environments.

By Technology
The market is divided into Electronic System, Laser System, and Kinetic System. Electronic Systems are expected to dominate the market due to their widespread use in jamming, spoofing, and electronic disruption of unauthorized drones. Laser Systems are witnessing strong growth with increasing adoption of directed-energy solutions for precise and rapid drone neutralization, while Kinetic Systems are increasingly used in specialized defense and security applications requiring physical interception.

By Application
The market is segmented into Detection, Tracking, and Disruption. Detection leads the segment due to the increasing requirement for early identification and continuous monitoring of unauthorized drones across defense, airports, public venues, and critical infrastructure. Tracking is expanding with the adoption of advanced radar, radio-frequency, electro-optical, and artificial intelligence-based systems, while Disruption is witnessing strong demand for counter-UAS solutions designed to neutralize unauthorized or hostile drones.

By Platform
The market is divided into Ground-based, Handheld, and UAV-based platforms. Ground-based platforms dominate the market due to their broad deployment across military installations, airports, borders, critical infrastructure, and other protected areas. Handheld systems are witnessing strong growth because of their portability and rapid deployment capabilities, while UAV-based platforms are increasingly being adopted for mobile surveillance, detection, and counter-drone operations.

By End-User
The market is segmented into Government, Military & Defense, Commercial, Critical Infrastructure, Households, Public Venues, and Others. Military & Defense leads the segment due to the growing use of drones for surveillance, reconnaissance, and potential hostile operations, increasing the need for advanced counter-drone capabilities. Government and Critical Infrastructure applications are also expanding significantly as airports, energy facilities, borders, and other sensitive locations strengthen drone detection and protection systems. Commercial facilities and public venues are increasingly adopting anti-drone solutions to improve security and prevent unauthorized aerial activity.

By Region
North America is expected to hold a significant share of the market due to strong investments in counter-UAS technologies, rising drone-related security concerns, and increasing adoption across defense, government, airports, and critical infrastructure in the United States and Canada.

Europe is driven by growing investments in airspace security, increasing drone activity, and the adoption of counter-drone technologies across defense, airports, public venues, and critical infrastructure, particularly in countries such as the UK, Germany, France, and Italy.

Asia-Pacific is expanding rapidly due to rising defense expenditure, increasing drone adoption, border-security requirements, and growing investments in advanced surveillance and counter-UAS technologies across China, Japan, South Korea, India, and Australia.

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