Habrok 4K HH35L 2.0 Multi-Spectrum Binoculars

35mm 15mK 384x288px Thermal with 4K Optical

SKU: HM-HH35L 2.0
Sale price£1,649.99

The HABROK 4K 2.0 HH35L takes the award winning Habrok 4K 2.0 platform and upgrades it to a higher resolution, more sensitive 384x288px sub 15mK NETD thermal sensor. Also adding a 35mm focal length thermal lens, resulting in a Habrok 4K 2.0 binocular capable of proving smoother, more detailed thermal imaging at even further range. The latest generation of Habrok 4K features a slick, ergonomic chassis with a groundbreaking rear focus wheel for intuitive uninterrupted performance and an instant thermal/digital rear toggle for seamless spectrum switching. Built around real field use, it delivers fast target acquisition, effortless handling and superb viewing in daylight, twilight or darkness. With lightweight magnesium construction, advanced shutterless thermal technology and integrated LRF, the HH35L 2.0 brings pro level thermal imaging performance to the sleek & rugged Habrok 4K 2.0 platform.

The Habrok 4K 2.0 HH35L also includes a premium HIKMICRO bino harness, to transport your pride and joy in convenient and rugged safety.

Features

3840x2160 4K CMOS Sensor Resolution
Rear Focus
HSIS Shutterless Technology
Image Pro 3
Picture In Picture
Replaceable IR Illuminators
6.5 Hr Runtime
384x288 Thermal Sensor

Rear Focus with Thermal / Digital toggle

The new rear focus wheel places precise control exactly where your fingers naturally rest while the toggle allows seamless changes between thermal detection and 4K optical viewing, helping you locate heat sources then confirm detail without breaking concentration.

Advanced Thermal Detector

Experience unmatched detection power with <15mK NETD sensitivity. Every heat signature stands out with remarkable contrast, even through brushes or leaves, from dawn mist to moonless nights.

High Tech 4K Digital Sensor

The high-tech 4K digital sensor captures stunning detail and natural colours allowing you to observe on a totally new level. Designed to perform in all light conditions, especially at twilight when traditional optical systems start to fade.

Product Specification

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