FALCON FQ25 Thermal Imaging Monocular

FALCON FQ25 25mm Thermal Imaging Monocular

HIKMICRO FALCON FQ25 handheld thermal monocular camera is equipped with a 640 × 512 infrared detector and
a 1024 ×768 OLED display. It supports functions of observation, hotspot, and so on. The high-sensitivity built-in
thermal detector provides you with clear view even in total darkness. The monocular is mainly applied to scenarios
such as searching and rescuing, hiking, travel, and hunting, etc.

Huntsman range of FALCON Thermal monocular offers:

640 × 512 resolution with 12μm sensor
High sensitivity thermal module NETD < 20 mK (@25°C, F# = 1.0)
Replaceable and rechargeable Li-ion battery
Up to 5 hours continuous operation
Leading thermal image processing technology: Image Pro
1024 × 768 resolution 0.39-inch OLED display

FALCON FQ25 25mm

KEY FEATURES

Extremely High Thermal Sensitivity

High thermal sensitivity ensures perfect detail recognition even in the most challenging weather conditions which is especially noticeable when the target and background has minimal temperature difference.

Advanced Image Sensor

The high sensitive 384×288 12 μm Vox image sensor offers high quality image performance with more details. With larger magnification, the detection range of a 1.7 m target can reach up to 1200m.

Wi-Fi Enabled

Supports WiFi hotspot through the mobile app to have the same view with the camera itself. Users can also use digital zoom, or video recording on their mobile.

OLED

High resolution (1024*768) 0.39″ OLED is capable of lower power consumption, wider viewing angle, and richer color. All of this serves to massively enhance use experience.

Image Pro

Image Pro, HIKMICRO’S self-developed image processing algorithm, ensures the maximum digital image optimization depending on the purposes and conditions of observation and provides high-quality rendering of both target objects and background.

Super Large Aperture f# 0.9 In FQ50

Compared with the f/1.0 aperture, the capturing of temperature ratiotion level is increased by 19%. The larger the aperture is, the more infrared radiation can be captured, and the image will be much clearer.