Challenges
Painpoints
Even the threat of a drone incident can disrupt airport operations and create financial losses.
Airports must deal with both careless and malicious drone activity across large and operationally complex areas.
Aviation environments require immediate detection, reliable identification and fast response without compromising situational awareness.
Benefits
Advantages
Create a layered low-altitude defense architecture for FRZ and surrounding areas.
Combine passive detection, complex-area supplementary detection and electro-optical enhancement.
Support patrol teams and airport operations through portable emergency devices and centralized CCS management.
Core Capabilities
Detection and Defense
A layered airport protection framework designed for FRZ coverage, surrounding-area awareness, mobile emergency response and centralized operational control.
Deployment in FRZ
Passive detection system on the all-region peak point.
Deployment in the Region Around
Comprehensive detection system for low-altitude defense.
Mobile Detection for Emergency
Portable and handheld equipment for security patrol.
CCS Platform
Establish a unified management platform to centrally manage all types of information, including equipment and data.
Drone Accidents in the Airport
All-Region Detection and Layered Coverage
The FRZ of Heathrow Airport can be found on the UK CAA website. According to the scale on the map, the restricted area around the airport is a 10 km diameter circle, with an additional zone extending outward from both ends of the runway that is 5 km long and 1.5 km wide.
Technical Deployment Logic
Airport low-altitude protection requires a combination of peak-point detection, supplementary low-point detection in complex urban areas and enhanced electro-optical monitoring for targets that may not emit detectable signals.
Peak-point coverage for all-region conventional radio detection.
Low-point detection adapted to complex surrounding urban conditions.
Enhanced EO monitoring for drones without signals and other low-altitude targets.
Peak Point Network
Detection Network for All-Region Coverage
Primarily utilizing conventional radio detection networks, the system detects targets encompassing mainstream drones.
Employing the CRPC technology system enables precise identification of drones and establishes target positioning.
Low-Point Network
Detection for Complex Urban Areas
In the complex urban area, the low-point detection system should be deployed according to the actual situation.
Enhanced Detection
Electro-Optical System
Deploy the electro-optical system to compensate for the limitations of radio detection equipment when detecting drones without signals.
At the same time, use the system to detect and provide early warning of other low-altitude targets.
Mobile Detection
Emergency Response
A variety of portable devices meet the daily patrol needs of officers while also enabling them to handle various emergencies.
The jamming frequency can be customized according to the local regulations.
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