FLIR FH-Series ID • FLIR R-290 Radar • FLIR Counter-UAS Solution
FLIR FH-Series ID
The FLIR FH-Series ID are robust multispectral fixed cameras that integrate industry-leading thermal imaging with 4K visible imagery to provide reliable intrusion detection capabilities for perimeter security. Built-in convolutional neural network (CNN) analytics accurately detect and classify human and vehicle threats moving at high or low speeds, minimizing false alarms and daily operating costs. Custom programming allows security operators to configure intrusion analyses to run on visible flows during the day and on thermal flows at night, establishing optimized coverage for any lighting condition. .
FLIR R-290 Radar
As part of the new R-Series product line, the FLIR R-290 is a compact ground-based radar used to detect and provide early warning of intruders as part of a larger video surveillance system. Radars can track targets in all weather and lighting conditions and dynamically map them in real time for position intelligence. The Elara R-290 features a 90-degree field of view and a range of up to 400 meters for vehicle tracking and a range of 200 meters for tracking people, providing wide area protection and situational awareness beyond the fence. With simultaneous tracking of up to 32 targets and geolocation capability, Elara R-290 can trigger alarms and guide PTZ cameras for visual verification to maximize security coverage and increase the amount of time available to react to a threat.
FLIR Counter-UAS Solution
Designed to detect, locate, identify, track, and then mitigate ground and air threats, the FLIR C-UAS solution combines industry-leading thermal sensors and radar devices to deliver robust 24-hour security capabilities for facilities of all types, in all weather conditions. The FLIR C-UAS platform features long-range drone detection radars, such as the Ranger R20SS-3D or R8SS-3D; pan-tilt-zoom (PTZ), multi-sensor systems, such as the Ranger HDC MS; Cameleon command and control software; and third-party radio frequency systems and effectors.
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