POTD: Going Night Vision and Thermal – Fielding the ENVG-B & FWS-I

Eric B
by Eric B
Soldiers assigned to the 3rd Infantry Brigade Combat Team, 25th Infantry Division conduct weapons qualification as part of a modernization effort of the enhanced night vision goggles-binoculars (ENVG-Bs) and the family of weapon sights-individuals (FWS-Is) thermal sensors at Schofield Barracks, Hawaii on November 5, 2020. The new ENVG-Bs and FWS-Is allow Soldiers to conduct thermal scanning during daytime and nighttime operations as well as the capability to see around corners or other obstacles with the use of the new technology system. (U.S. Army photo by 1st Lt. Angelo Mejia)

Photo Of The DayFWS-I and ENVG-B – Although these abbreviations make sense they are somewhat difficult to pronounce and hard to remember, don’t you agree? Previously we’ve seen similar technology in our post about the FWS-CS Sight on M2HB Heavy Machine Gun and Mark 19 Grenade Launcher.

This time we have soldiers assigned to the 3rd Infantry Brigade Combat Team, 25th Infantry Division conducting weapons qualification as part of a modernization effort of the enhanced night vision goggles-binocular (ENVG-B) and the family of weapon sights-individual (FWS-Is) thermal sensors.

Soldiers assigned to the 3rd Infantry Brigade Combat Team, 25th Infantry Division conduct weapons qualification as part of a modernization effort of the enhanced night vision goggles-binoculars (ENVG-Bs) and the family of weapon sights-individuals (FWS-Is) thermal sensors at Schofield Barracks, Hawaii on November 5, 2020. The new ENVG-Bs and FWS-Is allow Soldiers to conduct thermal scanning during daytime and nighttime operations as well as the capability to see around corners or other obstacles with the use of the new technology system. (U.S. Army photo by 1st Lt. Angelo Mejia)

The new ENVG-Bs and FWS-Is allow Soldiers to conduct thermal scanning during daytime and nighttime operations as well as the capability to see around corners or other obstacles with the use of the new technology system.

Soldiers assigned to the 3rd Infantry Brigade Combat Team, 25th Infantry Division conduct weapons qualification as part of a modernization effort of the enhanced night vision goggles-binoculars (ENVG-Bs) and the family of weapon sights-individuals (FWS-Is) thermal sensors at Schofield Barracks, Hawaii on November 5, 2020. The new ENVG-Bs and FWS-Is allow Soldiers to conduct thermal scanning during daytime and nighttime operations as well as the capability to see around corners or other obstacles with the use of the new technology system. (U.S. Army photo by 1st Lt. Angelo Mejia)

This happened at Schofield Barracks, Hawaii on November 5, 2020. Note how you can shoot and aim with this system, even in darkness. This is demonstrated in the video below.

Soldiers assigned to the 3rd Infantry Brigade Combat Team, 25th Infantry Division conduct weapons qualification as part of a modernization effort of the enhanced night vision goggles-binoculars (ENVG-Bs) and the family of weapon sights-individuals (FWS-Is) thermal sensors at Schofield Barracks, Hawaii on November 5, 2020. The new ENVG-Bs and FWS-Is allow Soldiers to conduct thermal scanning during daytime and nighttime operations as well as the capability to see around corners or other obstacles with the use of the new technology system. (U.S. Army photo by 1st Lt. Angelo Mejia)
Soldiers assigned to the 3rd Infantry Brigade Combat Team, 25th Infantry Division conduct weapons qualification as part of a modernization effort of the enhanced night vision goggles-binoculars (ENVG-Bs) and the family of weapon sights-individuals (FWS-Is) thermal sensors at Schofield Barracks, Hawaii on November 5, 2020. The new ENVG-Bs and FWS-Is allow Soldiers to conduct thermal scanning during daytime and nighttime operations as well as the capability to see around corners or other obstacles with the use of the new technology system. (U.S. Army photo by 1st Lt. Angelo Mejia)
Soldiers assigned to the 3rd Infantry Brigade Combat Team, 25th Infantry Division conduct weapons qualification as part of a modernization effort of the enhanced night vision goggles-binoculars (ENVG-Bs) and the family of weapon sights-individuals (FWS-Is) thermal sensors at Schofield Barracks, Hawaii on November 5, 2020. The new ENVG-Bs and FWS-Is allow Soldiers to conduct thermal scanning during daytime and nighttime operations as well as the capability to see around corners or other obstacles with the use of the new technology system. (U.S. Army photo by 1st Lt. Angelo Mejia)
Soldiers assigned to the 3rd Infantry Brigade Combat Team, 25th Infantry Division conduct weapons qualification as part of a modernization effort of the enhanced night vision goggles-binoculars (ENVG-Bs) and the family of weapon sights-individuals (FWS-Is) thermal sensors at Schofield Barracks, Hawaii on November 5, 2020. The new ENVG-Bs and FWS-Is allow Soldiers to conduct thermal scanning during daytime and nighttime operations as well as the capability to see around corners or other obstacles with the use of the new technology system. (U.S. Army photo by 1st Lt. Angelo Mejia)

I highly recommend that you watch this video. It’s 7 minutes long but quite interesting. At the end, we get a view through the screen with different settings.

All photos by U.S. Army, taken by 1st Lt. Angelo Mejia.

What do you think? Perfect until the battery dies?

Eric B
Eric B

Ex-Arctic Ranger. Competitive practical shooter and hunter with a European focus. Always ready to increase my collection of modern semi-automatics, optics, thermals and suppressors. TCCC Certified. Occasionaly seen in a 6x6 Bug Out Vehicle, always with a big smile.

More by Eric B

Comments
Join the conversation
9 of 11 comments
  • Mr.T Mr.T on Feb 20, 2021

    Cheek weld ?

    • See 3 previous
    • Uncle Yar Uncle Yar on Feb 20, 2021

      @LCON Speaking of FPS games, that's why I had beef against running OTs-14 in 7.62x39 in STALKER despite it being the most OP gun in-game, considering things like ammo availability balanced with grenade launching, damage, accuracy, recoil, etc... it's because optic mounting is ridiculous, and results not in chin weld, or even a neck weld. It just absolutely ruined immersion, so I ended up barely using that setup even though it was OP, because I knew it'd never work out physically.

  • Uncle Yar Uncle Yar on Feb 20, 2021

    Integrated weapons view (via FWS-I) set inside the ENVG?
    Damn, sci-fi is reality now.

    I'm still not sure how this would fare against a nice passive red dot aim through the NODs, especially in terms of fluidity in coordinating aimed fire when moving about in cramped areas, but having the option of a "detached" aiming system that's independent of traditional shoulder-fired aiming can be definitely handy with regards to keeping most of your flesh under cover while still returning effective fire.

    • See 2 previous
    • Kinetics Kinetics on Feb 20, 2021

      @Uncle Yar I'm glad you brought up the ECOTI because that's where this gets really interesting. The Army developed the ENVG Gen I-III monos and now the ENVG-B binos with all with onboard thermal fusion. But we don't really know much about them...what tubes is it using? Optics? Is it more of a radical evolution of a product improved 31 or something different entirely? The only open source data is that it's running WP tubes.

      The USMC went the opposite way with their SBNVG which is an upgraded PVS-31 with adjustable diopters + an ECOTI.

      Why? Why not just piggy-back off the Army unless the fusion and capabilities of the SBNVG are superior? I can say undoubtedly that the ENVG-B looks far more comfortable and user efficient with a better weight distribution and physical size vs the SBNVG...you can only hang shit off your face so far. Yet the USMC hasn't bit, which suggests that their binos are better.

      As a colloquial aside...in the rare cases that big DoD develops/adopts something that's truly revolutionary, we usually hear of SOCOM testing it early in the development phase. But to my knowledge, we have not heard anything about USASOC using the ENVG-B's...despite their ergonomic advantages.

Next