Counter-Unmanned Aircraft Systems

Counter-Unmanned Aircraft Systems (C-UAS) – Global Forecast to 2030

1. Context and Methodology

The global anti-drone market is driven by the proliferation of commercial and recreational drones, as well as the growing threat of unauthorized or hostile drones in military, civil, and critical infrastructure airspace. This analysis segments the market by technology, platform, function, and range, providing a quantitative and qualitative forecast through 2030 based on industry reports from MarketsandMarkets, Grand View Research, Allied Market Research, and company announcements through 2024–2025.

2. Segmentation by Technology

Electronic Systems

· Include RF/GNSS jamming, spoofing, interception, and passive/active detection.

· Account for approximately 45–50% of the market in 2024.

· Advantages: low cost, reusable, minimal collateral risk.

· Limitations: ineffective against fully autonomous or tethered drones.

· Estimated CAGR 2024–2030: 22–25%, driven by perimeter security and public event protection.

Kinetic Systems

· Include guided projectiles (e.g., Smart Shooter), automatic cannons, missiles (e.g., RTX Coyote), and interceptor drones.

· Market share: ~20–25%.

· Advantages: physical destruction, effective against swarms.

· Limitations: cost per engagement, collateral damage risk, logistics.

· CAGR: 15–18%, with steady growth in military applications.

Laser Systems

· Directed-energy weapons such as Rafael Drone Dome, Lockheed Martin ATHENA, and high-power microwave (HPM) systems like Epirus Leonidas.

· Market share: rapidly growing, ~10–12% in 2024, projected to reach 20% by 2030.

· Advantages: extremely low cost per shot, long range, deep magazine.

· Limitations: weather dependent, high power requirements, varying technology maturity.

· CAGR: 30–35%, one of the fastest-growing segments.

Hybrid Systems

· Combine two or more technologies (e.g., RF detection + jamming + laser + kinetic).

· Market share: ~15–20% in 2024, increasing due to layered defense requirements.

· Advantages: coverage of multiple threat scenarios, redundancy.

· CAGR: 25–28%.

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3. Segmentation by Platform

Ground‑Based Systems

· Fixed or mobile systems mounted on vehicles, trailers, or towers.

· Dominant segment, accounting for about 60% of the market in 2024.

· CAGR 2024–2030: approximately 22%.

Handheld Systems

· Portable devices such as DroneGun or anti‑drone rifles.

· Market share: ~25%.

· CAGR: 24%, driven by demand for rapid deployment and tactical mobility.

UAV‑Based Systems

· Interceptor drones or air‑borne sensors (e.g., Fortem DroneHunter).

· Market share: ~15%.

· CAGR: 28%, reflecting the need for air‑launched countermeasures against swarms and high‑altitude threats.

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4. Segmentation by Function

Detection Only

· Includes radars, electro‑optical/infrared sensors, RF detectors, and acoustic sensors.

· Multi‑sensor solutions are the trend.

· Represented about 40% of the market in 2024, but the share is gradually decreasing as integrated systems gain favor.

Detection & Disruption

· Complete systems that both detect and neutralize threats through jamming, spoofing, or directed energy.

· The highest‑demand segment, especially for critical infrastructure and defense.

· Market share: ~60% in 2024, expected to reach 70% by 2030.

· CAGR: 26%.

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5. Segmentation by Range

Short‑Range (Less than 5 km)

· Applications: perimeter security, events, small military bases.

· CAGR 2024–2030: approximately 20%.

Medium‑Range (5–20 km)

· Applications: base defense, critical infrastructure, urban areas.

· CAGR: 24%.

Long‑Range (More than 20 km)

· Applications: strategic defense, border security, major air bases.

· CAGR: 28%, the fastest‑growing range category.

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6. Global Market Forecast to 2030

Total Market Value

· 2024: estimated at $12–14 billion USD.

· 2030: projected to reach $28–32 billion USD.

· Overall CAGR: 17–19% (varying by source from 18% to 22%).

Key Growth Drivers

· Increasing incidents of drone intrusions at airports, military installations, and nuclear facilities.

· Accelerated adoption of C‑UAS technologies by NATO and allied armed forces.

· Need to protect critical infrastructure (energy, transportation, international events).

· Evolving threats, including modified FPV drones and autonomous swarms.

Challenges

· Fragmented legal and regulatory frameworks.

· Integration with civil airspace without disrupting manned aviation.

· High acquisition and operational costs for advanced systems (laser, kinetic).

· Countering small, fast drones in cluttered environments.

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7. Key Industry Players (Non‑Exhaustive)

· RTX (Raytheon) – Coyote, KuRFS, hybrid systems.

· Thales Group – RF detection, radar, jamming.

· DroneShield – Passive RF detection, handheld devices.

· Dedrone (Axxon) – Software‑first detection and neutralization.

· Rafael Advanced Defense – Drone Dome (laser + RF).

· Northrop Grumman – Laser and kinetic systems.

· Epirus – Leonidas high‑power microwave.

· Fortem Technologies – DroneHunter UAV‑based kinetic interceptor.

· OpenWorks Engineering – SkyWall capture systems.

· SRC Inc. – Silent Archer detection and jamming.

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8. Strategic Conclusions

· The market is rapidly maturing from point solutions (RF detection plus jamming) to layered, integrated, and autonomous architectures.

· Electronic systems remain dominant due to cost and flexibility, but laser and hybrid systems are expected to see the fastest growth.

· Long‑range and UAV‑based platforms are at the forefront of innovation, addressing swarm and high‑altitude threats.

· Government investments—particularly from the U.S. Department of Defense, European defense funds (EDIDP), and NATO—will accelerate the transition from prototypes to large‑scale procurement by 2030.