Advancements in Drone Defense: AARTOS DDS System by Aaronia

Introduction

Since its inception in 2003, Aaronia, a prominent German firm, has emerged as a leader in the field of measurement and monitoring technologies. At LandEuro 2025, the company unveiled its cutting-edge AARTOS DDS (Detection and Defence System), designed to detect, track, and neutralize incoming unmanned aerial vehicles (UAVs). This advanced system asserts a critical role in safeguarding airspace from both civilian and military drone threats.

Exploring the AARTOS Family of Systems

Overview of Models

The AARTOS family encompasses three distinct models: X2, X7, and X9. Each variant is tailored to confront unique operational challenges posed by drones:

• X2 and X7: Primarily designed for consumer UAVs.
• X9: Engineered to address more formidable military-grade threats.

These systems facilitate comprehensive, real-time monitoring across all frequency ranges essential for effective drone detection.

Technical Specifications

• X2

  • Operational Range: Up to 5 km
  • Frequency Coverage: 2.4 to 5.8 GHz
  • Accuracy: GPS-grade, utilizing an omnidirectional antenna

• X7

  • Operational Range: Intermediate distances, specific values not disclosed
  • Frequency Band: 700 MHz to 6 GHz
  • Capabilities: Operates on eight sectors with an accuracy margin of 5° to 6° and scan speed up to 3 THz/s

• X9

  • Operational Range:
    • 14 km against commercial drones
    • Up to 80 km against military UAVs
  • Frequency Spectrum: 400 MHz to 6 GHz (with optional expansion up to 8 GHz)
  • Accuracy: Enhanced precision between 1° and 3°, with a scanning capability reaching 6 THz/s
  • Key Feature: Unique capability to address multi-frequency swarm attacks, which poses a significant threat to airspace security.

These systems can be deployed from stationary installations or integrated onto mobile platforms, enhancing their versatility in various operational environments.

Applications and Use Cases

The applications of the AARTOS systems extend beyond military operations. The X2 and X7 models are predominantly utilized by law enforcement and security agencies for the protection of critical infrastructure, including airports, stadiums, and public events. In contrast, the X9 addresses the heightened complexity of military threats, making it indispensable for modern defense strategies.

Integration and Enhancements

Aaronia is committed to continuously advancing the capabilities of its systems. The integration of artificial intelligence (AI) allows for sophisticated multi-target detection, employing image and radiofrequency (RF) pattern recognition algorithms. Moreover, the modular design of the AARTOS allows for seamless compatibility with third-party sensors and effectors, including:

• Radars: For enhanced situational awareness
• Electro-optical Sensors: To improve target identification
• Jamming Devices: Effective in neutralizing drone operations

Conclusion

As drone technology evolves, so too must the systems designed to counteract their threats. The AARTOS DDS by Aaronia represents a significant leap toward comprehensive airspace defense, equipped to tackle the challenges posed by both civilian and military UAVs. With capabilities to detect, track, and neutralize a spectrum of drone operations, the AARTOS systems exemplify the dynamic intersection of technology and security in today’s defense landscape.