AARTOSTM Hawk T1: Airborne RF Geolocation System Built for Counter-UAS and Electronic Warfare

Strickscheid, Germany — June 23, 2026 — Drone swarms flying at extremely low altitudes, using hills, tree lines, and buildings as cover to evade ground-based radar and sensors — this is the threat scenario driving defense organizations to accelerate the search for more effective countermeasures.

In response, AARTOSTM has introduced its latest solution: the Hawk T1, an airborne radio frequency (RF) geolocation system designed specifically for counter-UAS (C-UAS) and electronic warfare (EW) operations.

The Challenge of Low-Altitude Drone Threats

When drone swarms operate at near-ground level, leveraging natural and man-made terrain as shielding, conventionally deployed ground-based radar systems often struggle to detect and localize targets in time. This "terrain masking" tactic significantly degrades the effectiveness of surface sensors, putting defenders at a critical disadvantage.

The core advantage of the Hawk T1 lies in elevating RF sensing capability into the air, achieving a top-down perspective that cuts through terrain limitations and enables precise geolocation of potential threat targets.

System Features and Application Scenarios

Key design highlights of the Hawk T1 include:

• Airborne Deployment: Mountable on fixed-wing or rotary-wing aerial platforms, providing a high-altitude, wide-area detection vantage point.
• RF Geolocation: Detects and analyzes radio frequency signals emitted by drones to accurately calculate target positions.
• Counter-UAS Integration: Can be integrated into existing C-UAS operational frameworks to enhance threat identification and interception efficiency.
• Electronic Warfare Support: Supports broader electronic intelligence (ELINT) collection and electromagnetic spectrum operations.

Industry Significance

As commercial drone technology continues to proliferate, asymmetric drone threats have emerged as a major challenge for modern battlefields and critical infrastructure protection. The introduction of the Hawk T1 represents a significant step forward in airborne RF sensing technology, potentially offering military units and security agencies a more flexible and resilient counter-drone solution.

AARTOSTM has not yet disclosed full technical specifications or a commercialization timeline for the Hawk T1; more detailed product information is expected to follow in subsequent announcements.

This article was compiled based on original press material released on June 23, 2026, in Strickscheid, Germany.

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