Description
Description:
Hold the superpower of seeing in the dark with the Vyper Binocular Night Vision System by Photonis Defense. The system carries the same features and benefits as the Photonis Defense Vyper Monocular with a ruggedized body, and harnesses the power of Photonis Image Intensifier Tubes giving you sharper images, reduced halo, and industry-leading, ultra-fast Autogating, across the range of dynamic operating conditions.
Trust what you see from the global leader in night vision solutions that provide more high-quality night vision capabilities than anyone. Military, law enforcement, and public safety end-users utilize Photonis Defense solutions to give them the edge at night in tactical situations and rescue operations.
Vyper Binocular Night Vision System is designed and built in USA.
Technical specifications:
- Housing: Impact resistant polymer & 6061-T6 aerospace grade aluminum, aerospace Grade 4 Titanium
- Colour: Cerakote black
- Weight: 504g with standard optics and a battery
- Power Supply: CR123 onboard
- Runtime: 25+ hours
- Objective lens: 27mm F/1.2 US mils-spec
- Focus Range: 25cm to infinity
- Field of View: 40º
- Diopter: Adjustable +2 to -6
- Environmental protection: MIL-STD-810H
- Automatic gain
Image intensifier tubes:
Device is supplied with NNVT Gen 2+ or Photonis ECHO or 4G+ green and white phosphor image intensifier tube.
The Photonis ECHO technology is the commercial grade image intensififier tube by Photonis, offering two high performance grades to the commercial market for civilian users. ECHO image intensifier tubes serve many night vision applications for users that require good range and details at night and making them perfect for sport shooters, hunters, airsoft practioners and night vision enthusiasts.
The Photonis 4G+ image intensifier tubes meet the stringent requirements of modern warfare at night to deliver end-users a very high performance in all field conditions. The 4G+ technology offers extended bandwidth for high image quality on all theatres of operation, a very fast auto-gating and a small halo providing more details around light sources. Thanks to a very high Figure Of Merit (FOM) and extended sensitivity, operators benefit from the best possible range in all types of environment.
The NNVT Commercial or Military Grade Gen 2+ green and white phosphor image intensifier tubes provide incredible value for the cost and provide friendly price point without the significant performance sacrifices. NNVT intensifiers have good performance in mixed-lighting conditions.
Image intensifier tube specification:
Photonis ECHO FOM 1800 – 2200 AG
Signal-to-Noice Ratio: Min 24
Resolution: Min 57
Gain: Min 9000 cd/m²/lx r
Fast Auto-Gating Power Supply Unit
Photonis ECHO+ FOM 2200+ AG
Signal-to-Noice Ratio: Min 25
Resolution: Min 57
Gain: Min 9000 cd/m²/lx r
Fast Auto-Gating Power Supply Unit
Photonis 4G+ FOM 2300+ AG
Signal-to-Noice Ratio: Min 30
Resolution: Min 70
Gain: Min 10000 cd/m²/lx r
Fast Auto-Gating Power Supply Unit
Very little or none spots
NNVT FOM 1600 – 1800 Gen 2+ Commercial Grade
Signal-to-Noice Ratio: Min 25
Resolution: Min 64
Gain: Min 8000 cd/m²/lx r
NNVT FOM 1600 – 1800 Gen 2+ AG Military Grade
Signal-to-Noice Ratio: Min 25
Resolution: Min 64
Gain: Min 8000 cd/m²/lx r
Fast Auto-Gating Power Supply Unit
NNVT FOM 1800 – 2000 Gen 2+ AG Military Grade
Signal-to-Noice Ratio: Min 28
Resolution: Min 64 – Typical 68
Gain: Min 10000 cd/m²/lx r
Fast Auto-Gating Power Supply Unit
NNVT FOM 2000+ Gen 2+ AG Military Grade
Signal-to-Noice Ratio: Min 28
Resolution: Min 68
Gain: Min 10000 cd/m²/lx r
Fast Auto-Gating Power Supply Unit
Small halo; Max 0,7mm
Warranty:
Paukatti Oy’s night vision devices (excluding manufacturer built systems which are subject to their manufacturer warranty) are guaranteed to be free from manufacturing defects in both material and workmanship under normal use for a period of three (3) years for night vision device housing and two (2) years for NNVT image intensifier tubes and and one (1) years for Photonis image intensifier tubes from the date of purchase.
