Introduction
Holographic Radar™ technology marks a significant advancement in radar technology, designed to not only detect but also understand targets in real time. Unlike traditional rotating radars, it uses a static, staring, phased array for continuous 3D surveillance, offering high update rates, intelligent target characterization, and clutter-free monitoring.

How it Works
The system employs a configurable phased array forming multiple beams in three dimensions, allowing persistent observation and classification of targets. It covers sectors from 60° to 360° up to 40 nautical miles, with extensive processing capabilities for real-time monitoring and tracking.

Intelligent Characterisation
Utilizing 2,048 Doppler bins, Holographic Radar™ creates detailed target signatures, enabling simultaneous intelligent characterization without the limitations of rotating antennas.

Performance
Operating in the L Band, Holographic Radar™ is unaffected by reductions in S Band spectrum availability. It is spectrum-efficient, requiring only 2MHz, and can operate without interference between adjacent installations.

Applications
The radar effectively addresses issues caused by wind turbines to Primary Surveillance Radars (PSR) in air traffic control, providing clutter-free infill or acting as a standalone PSR. Its versatility allows a single sensor to perform multiple surveillance tasks across land, maritime, and airspace environments.

Specifications

• Range: Circular – 40NM; Networked - scalable
• Field of view: 90 - 360 degrees
• Elevation: >80 degrees
• Probability of Detection: >96%
• Position accuracy: <300m RMS
• Data latency: < 2 sec
• Reporting capacity: > 500 targets per interval (360 deg)

Modular Configuration
Holographic Radar™ is modular, configurable as a 360° array or a single panel, and can be deployed as an infill to existing PSR systems, with successful installations at UK airports.