The HIKMICRO Falcon FH25 provides an industry leading 384x288 12 micron thermal sensor with a NETD rating of <20mk. It comes in a compact design and weighs only 500g with a removeable 18650 battery that will provide a appoximately 5 hour run time. The FH25 has a 1200m detection range and wide field of view of 18.4m x 13.8m at 100m, this is one of the best budget thermal monoculars on the market if your looking for a device that will offer quick scanning of your surroundings so you can quick aquire your target.
Description
The HIKMICRO Falcon FH25 Hand Held Thermal Imager Monocular will be the industries most popular thermal monocular due to its advanced thermal imaging system that brings an industry-leading SUB 20 NETD sensor paired with a high-quality F1.0 lens together for the first time in a commercial grade unit. The HIKMICRO Falcon FH25 25mm 384x288 delivers the highest-performance thermal sensor available on the commercial market. This translates into an exceptionally high-quality image even in the harshest of weather conditions.
The highly thermally sensitive 384x288px 12um SUB 20 NETD sensor ensures perfect detail recognition. The HIKMICRO Falcon FH25 25mm 384x288 Capable of detecting the smallest details like animal hair, subtle physical characteristics and information from the surroundings like branches and leaves – building you a reliable picture of your target and its surroundings.
The HIKMICRO Falcon FH25 25mm 384x288 12µm 20mk Hand Held Thermal Imager Monocular replaces the popular Owl series and builds on the easy-to-use, ambidextrous chassis with a highly robust magnesium housing and four buttons that control all functions with ease, even in total darkness. Powered by a removable 18650 battery and with a run time of up to 6 hours the Falcon is ready for the longest hunting trips.
Please note: Due to distribution rights and agreements we can only sell HIK-MICRO products to residents of the UK.
Specs
- MAIN
- Sensor384×288px @ 12µm
- Objective Lens (Focal Length)25 mm
- Detection Distance1200 m
- SENSOR