Product Details

AN/AVS-9 White Phosphor

The introduction of phosphor image intensification tubes in night vision goggle is the first technological breakthrough in aviation goggles since the introduction Generation III goggle. White phosphor NVGs produce a greyscale image that has proven to offer many benefits over the traditional green phosphor NVGS.  The white phosphor image engages a greater portion of your eye’s receptors which give your brain more visual information from which to make quick, life-saving decisions. The white phosphor image also has greater contrast, reduced halo, and results in reduced eye fatigue. Aviation Specialties Unlimited test pilots evaluated the first white phosphor NVGs for aviation.

AN/AVS-9 White Phosphor

Specifications

Download the Spec Sheet

Download White Phosphor White Paper

The military-grade GEN III white phosphor AN/AVS-9 is the most advanced TSO aviation night vision goggle on the market. The improved performance providees the highest image clarity and best low-light response available. 

 

  • Enhanced image clarity for increased depth perception
    Improved low-light performance
  • Exceptional high-light performance due to auto-gating
  • Fully compatible with aircraft NVIS lighting systems
  • FAA TSO C164a approved & EASA approved
  • Fully compliant with RTCA DO-275 (Minimum operational performance standards for integrated night vision imaging system equipment)
  • TSO approved, Aeronox® Mount and Battery Pack available for aviation standard flight helmets
 M949 Kits
Model IMAGE TUBE
9S1670 BFWA TSO 1600 FOM, White Phosphor, Autogated
9S1870 BFWA TSO 1800 FOM, White Phosphor, Autogated
9S2070 BFWA TSO 2000 FOM, White Phosphor, Autogated
9S1005 BFWA TSO Min FOM 2376, White Phosphor, Autogated

 

Justin Watlington, ASU director of pilot training and a retired Army National Guard pilot, said, “I have been flying with
nightvision goggles for 27 years and would characterize the new white phosphor system as a distinguished milestone in
NVG technology. From highly illuminated urban areas to the darkest mountain regions, the white phosphor NVGs
significantly outperformed traditional green phosphor NVGs.”