AGM UNVG-51 3APW 1x19 51-Degree FOV Ultralight Night Vision Goggle/Binocular
The AGM UNVG-51 is a dual-channel night vision system. The UNVG-51 uses advanced multi-coated optics with an expanded 51 degree field of view and is built to last with a compact composite housing. The device can be outfitted with a Gen 2+ or Gen 3 high-performance image intensifier tube (IIT). The UNVG is also equipped with manual gain control, which adjusts the image brightness and allows for single or dual eye configurations for increased operational flexibility. Operating from a single AA alkaline battery, the UNVG can run up to 15 hours. With an external battery pack (included), the operating time increases to 50 hours. Also equipped with an integral infrared illuminator for reading in the dark. The device can be installing to a either standard dovetail type headset and helmet mount.
Wide Viewing Angle
The AGM UNVG-51 has a wide viewing angle of 51 degrees FOV.
Low Power Consumption Design
Utilizes single AA battery or external battery pack.
Auto Off Feature
Each tube automatically turns off when its pod is turned sideways.
Corrosion-Resistant Housing
Matte black finish with PEEK+Glass fiber material for longevity.
Quick Attachment Design
Dovetail base support for strong compatibility and durability.
PVS-14-style Compatible
Objective lens and eyepiece lens are compatible with PVS-14 style components and attachments.
Independent Pod Movement
Pods can roll up and down for quick configuration changes.
Ultralight Housing
19.4 oz / 550 g weight means improved mobility, responsiveness, and reduced fatigue.
Single/Double Eye Configuration
Pods independently adjustable for improved operational flexibility.
IR Complement Function
Infrared illuminator for enhanced visibility in total darkness and close quarters environments.
Manual Gain Control
Adjust image intensifier gain for optimal vision preferences.
New Simplified IP Stop Design
Improve IP Stop design allows you to set your tube positions to what is most comfortable for the user.
Original: $9,995.00
-65%$9,995.00
$3,498.25More Images
AGM UNVG-51 3APW 1x19 51-Degree FOV Ultralight Night Vision Goggle/Binocular
The AGM UNVG-51 is a dual-channel night vision system. The UNVG-51 uses advanced multi-coated optics with an expanded 51 degree field of view and is built to last with a compact composite housing. The device can be outfitted with a Gen 2+ or Gen 3 high-performance image intensifier tube (IIT). The UNVG is also equipped with manual gain control, which adjusts the image brightness and allows for single or dual eye configurations for increased operational flexibility. Operating from a single AA alkaline battery, the UNVG can run up to 15 hours. With an external battery pack (included), the operating time increases to 50 hours. Also equipped with an integral infrared illuminator for reading in the dark. The device can be installing to a either standard dovetail type headset and helmet mount.
Wide Viewing Angle
The AGM UNVG-51 has a wide viewing angle of 51 degrees FOV.
Low Power Consumption Design
Utilizes single AA battery or external battery pack.
Auto Off Feature
Each tube automatically turns off when its pod is turned sideways.
Corrosion-Resistant Housing
Matte black finish with PEEK+Glass fiber material for longevity.
Quick Attachment Design
Dovetail base support for strong compatibility and durability.
PVS-14-style Compatible
Objective lens and eyepiece lens are compatible with PVS-14 style components and attachments.
Independent Pod Movement
Pods can roll up and down for quick configuration changes.
Ultralight Housing
19.4 oz / 550 g weight means improved mobility, responsiveness, and reduced fatigue.
Single/Double Eye Configuration
Pods independently adjustable for improved operational flexibility.
IR Complement Function
Infrared illuminator for enhanced visibility in total darkness and close quarters environments.
Manual Gain Control
Adjust image intensifier gain for optimal vision preferences.
New Simplified IP Stop Design
Improve IP Stop design allows you to set your tube positions to what is most comfortable for the user.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The AGM UNVG-51 is a dual-channel night vision system. The UNVG-51 uses advanced multi-coated optics with an expanded 51 degree field of view and is built to last with a compact composite housing. The device can be outfitted with a Gen 2+ or Gen 3 high-performance image intensifier tube (IIT). The UNVG is also equipped with manual gain control, which adjusts the image brightness and allows for single or dual eye configurations for increased operational flexibility. Operating from a single AA alkaline battery, the UNVG can run up to 15 hours. With an external battery pack (included), the operating time increases to 50 hours. Also equipped with an integral infrared illuminator for reading in the dark. The device can be installing to a either standard dovetail type headset and helmet mount.
Wide Viewing Angle
The AGM UNVG-51 has a wide viewing angle of 51 degrees FOV.
Low Power Consumption Design
Utilizes single AA battery or external battery pack.
Auto Off Feature
Each tube automatically turns off when its pod is turned sideways.
Corrosion-Resistant Housing
Matte black finish with PEEK+Glass fiber material for longevity.
Quick Attachment Design
Dovetail base support for strong compatibility and durability.
PVS-14-style Compatible
Objective lens and eyepiece lens are compatible with PVS-14 style components and attachments.
Independent Pod Movement
Pods can roll up and down for quick configuration changes.
Ultralight Housing
19.4 oz / 550 g weight means improved mobility, responsiveness, and reduced fatigue.
Single/Double Eye Configuration
Pods independently adjustable for improved operational flexibility.
IR Complement Function
Infrared illuminator for enhanced visibility in total darkness and close quarters environments.
Manual Gain Control
Adjust image intensifier gain for optimal vision preferences.
New Simplified IP Stop Design
Improve IP Stop design allows you to set your tube positions to what is most comfortable for the user.
