ATN’s ThOR 4 series of thermal riflescopes deliver next generation thermal imaging performance with the feel a traditional daytime optic. The ThOR 4 is available in 2-8x, 4.5-18x, and 1-10x configurations, each of which is outfitted with a ultra-sensitive Gen 4 thermal detector. This allows the 2-8x version to detect heat signatures from 960 meters away, the 4.5-18x version from 1800 meters away, and the 1-10x version from 1400 meters away. The 2-8x and 4.5-18x version of the ThOR 4 Gen 4 offer 384×288 resolution while the 1-10x version offers 640×480 resolution for better image quality.
The ThOR 4 attaches to the host weapon using industry standard 30mm rings, allowing the ThOR 4 to be used on virtually any platform and allows the user to tap into the vast market of ring and mount options. The ThOR 4 is video capable, and uses recoil activated recording to provide video 10 second before and 5 seconds after the shot is taken. Other features of the ThOR 4 include an integrated laser rangefinder, and features a ballistic calculator to accommodate bullet drop at extended ranges. This laser (along with and other ATN capable laser device) can also be used to tag game and the target’s location will automatically be displayed on a map overlay in your phone and your ATN connected device. Individuals using ATN Smart devices will see a mini radar in their field of view providing the relative direction and range to the tagged target. Additionally, the ThOR 4 features a Smart MIL Dot Reticle that can be programed he variance between hash marks in MILs depending on the load.
Features of the ThOR 4:
- Available in 2-8x, 4.5-18x, and 1-10x configurations
- Ultra-sensitive Gen 4 thermal detector – available in 384×288 and 640×480 resolution
- Attaches via standard 30mm rings
- Recoil activated video recording
- ATN Radar – Can also be used to tag game and the target’s location will automatically be displayed on a map overlay in your phone and your ATN connected device
- Smart MIL Dot Reticle – Can be programed he variance between hash marks in MILs depending on the load
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