ARQUIMEA unveils at Eurosatory its new multi-layer Air Defense C-UAS System based on intelligent interceptors - EDR Magazine
AI Analysis
ARQUIMEA is unveiling a new multi-layer C-UAS system at Eurosatory 2026, utilizing autonomous interceptors for detection, tracking, and neutralization of drone threats. The system employs a layered approach with four distinct interceptor types (Q-SLAM-40, Q-SLAM-80i, Q-SLAM-5i, Q-FOX) tailored to different ranges, speeds, and threat profiles. This system is designed to protect deployed forces, critical infrastructure, and strategic assets from a wide spectrum of aerial threats, including drone swarms.
Key Takeaways
- ARQUIMEA's C-UAS system utilizes a multi-layer architecture for comprehensive drone defense.
- The Q-SLAM-40 provides long-range protection (40km), while Q-SLAM-80i offers medium-range capability (25km, 250km/h).
- Q-SLAM-5i is a high-precision interceptor (350km/h, 0.4kg payload) and Q-FOX provides ultra-high speed interception (600km/h+, 0.5kg payload).
- The system features AI-driven autonomous tracking and interception with operator-in-the-loop authorization.
- The system is designed for scalability and cost-effectiveness, adapting to various threat levels and mission requirements.
Why It Matters
The proliferation of drones necessitates advanced C-UAS capabilities, and ARQUIMEA’s layered system represents a significant step towards comprehensive protection against diverse drone threats. This development highlights the growing importance of autonomous interceptors and AI in modern air defense strategies, potentially influencing future procurement decisions and defense policies.
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ARQUIMEA unveils at Eurosatory its new multi-layer Air Defense C-UAS System based on intelligent interceptors - EDR Magazine
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Madrid, June 15, 2026. ARQUIMEA, a European technology company specialized in autonomous loitering systems for defense and security, is unveiling at Eurosatory 2026 a new autonomous air defense capability designed to address one of the major threats in today’s operational environments: the proliferation of drones and unmanned system swarms.
The company is showcasing a Counter-Unmanned Aerial System (C-UAS) based on a multi-layer air defense architecture that combines detection, identification, tracking, and interception through intelligent autonomous interceptors capable of engaging a wide range of aerial threats.
The system consists of a multi-launcher for autonomous effectors, enabling the response to be tailored to the type of threat and mission profile. This provides a flexible, scalable, and highly cost-effective solution for protecting deployed forces, critical infrastructure, and strategic assets. The system continuously scans, detects, identifies, engages, and reassesses threats. Once a threat has been detected and classified by the surveillance system, the operator selects the most appropriate interceptor and authorizes launch. The intelligent loitering munition then initiates the interception mission within seconds. Advanced artificial intelligence algorithms enable autonomous tracking and interception with maximum precision.
Layered Counter-Swarm Air Defense
ARQUIMEA’s solution enables the creation of a multi-layer air defense system through the combination of different autonomous interceptors optimized for various ranges, speeds, and threat profiles.
Among them is the Q-SLAM-40, designed to intercept medium-range threats and extend the protection perimeter of deployed forces up to 40 kilometers. This first layer will be complemented by the Q-SLAM-80i, a high-speed interceptor capable of reaching speeds of up to 250 km/h within an operational radius of up to 25 km. Furthermore, the system also incorporates the Q-SLAM-5i, a high-precision interceptor capable of reaching speeds exceeding 350 km/h while carrying a payload of up to 0.4 kilograms. The third layer of defense is provided by the Q-FOX, an ultra-high-speed interceptor capable of exceeding 600 km/h and equipped with a 0.5-kilogram payload to neutralize highly dynamic or rapidly emerging threats.
The combination of these systems enables effective engagement across a broad spectrum of aerial threats, ranging from mini-UAVs and tactical drones to more complex systems, creating a layered defense architecture that optimizes resource allocation and maximizes the probability of neutralization.
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