InfiRay HL13

The InfiRay HOLO series thermal imaging collimators are multi-functional direct-view sights whose main advantage is the latest generation powerful detector and advanced image processing providing brilliant sharp images. With direct sighting and a 1.63" OLED display, you can quickly acquire the target with both eyes without visual difference.

Features:

thermal imaging collimator (sight) / thermal imaging monocular
multifunctional use - can be mounted on the weapon or mounted on a special handle (not included) for observation mode
new VOx ceramic sensor with longer lifetime
direct aiming allowing the use of both eyes
fast target detection and recognition
high efficiency at shorter distances day and night, even in bad weather conditions
1,63" AMOLED display
image brightness adjustment
power saving mode activation
wide choice of image colour palette
laser pointer (on selected models only)
colour and warp type adjustment
short start-up time
low power consumption
can be mounted on a special handle (not included) adapted for the insertion of an 18650 battery (extending operating time up to 8 h)
low weight
user-friendly operation
IP67 - High resistance to moisture (rain, snow and water fall)
quick release rail for installation on Weaver (Picatinny) rail of gun or on optional handle
additional side Weaver (Picatinny) rail for installation of other accessories
Specifications:

Model InfiRay L13
Core Resolution 320x280 px
Px Size 17 um
NETD ? 40
Refresh rate 25 Hz
Lens lens 13 mm
Field of view 23.6 x 20.7°
Digital zoom 1x / 2x / 3x / 4x
Detection distance
Target size 1.7 m y 0.5 m P(n)=99% 476 m
Display type 1.63" AMOLED
Power supply 1x CR123
Maximum operating time* 3,5 hrs
(up to 8 hrs when using special handle for monocular mode - not included)
Laser pointer 650 nm
Targeting pattern choice of 4 colours and 4 patterns
Environmental resistance IP67
Dimension 58.5 x 80.5 x 74.5 mm
Weight < 250 g (without battery)
Quick-release mounting on Weaver rail
*Length of operating time depends on ambient weather conditions.