How To Setup A Night Vision Loadout (Helmet, Guns, Kit)

Instructor backgrounds and night vision training focus

The discussion opens with Ka and Jason introducing Don Edwards from Greenline Tactical to talk specifically about night vision equipment and setup. Don explains that he is a former Ranger and retired Special Forces soldier who has been using night vision since the 1980s and 1990s, starting with systems like the PVS-7 and progressing to modern devices. He previously served as director of training for TNVC and now runs Greenline Tactical, which offers firearms and tactics instruction with a heavy emphasis on night vision training. The group notes that shooters must first be competent in daylight before adding night vision, because equipment complexity can significantly reduce cognitive bandwidth and demands solid foundational skills.

Ops-Core carbon helmet setup and G24 mount

Don outlines how gear selection directly affects what can be done under night vision, contrasting the usual “software versus hardware” mindset with the reality that certain missions require specific equipment. He shows his primary training helmet, an Ops-Core carbon fiber high-cut model with vent holes that prioritizes comfort and reduced weight for range use. He keeps a separate ballistic helmet set up almost identically for shoot house or higher-risk work. The helmet uses Ops-Core AMP ear protection and a Wilcox G24 mount for night vision, which he describes as an industry-standard mounting solution. An admin light with a SureFire Vampire-style head is mounted on a swivel, allowing him to angle the light for umbrella illumination or move it out of the way as needed.

DTNVS dual tubes and advantages over PVS-14

Mounted on the helmet is a set of DTNVS binocular night vision goggles from Act in Black. Don prefers dual-tube systems because they feed information to both eyes, which improves situational awareness and decision-making speed compared to a single PVS-14 monocular. He notes that there is nothing inherently wrong with a good PVS-14, but for extended use over multiple nights, binocular systems better match how the brain normally processes visual input. Using both eyes does not necessarily create dramatically better depth perception, but it allows the brain to process visual data more quickly and naturally. Don emphasizes that his DTNVS units have been in use for a long time and have proven reliable, making them his primary choice for regular night vision work.

Tube specs, white phosphor performance, and low-light capability

The DTNVS goggles shown use high-spec, unfilmed white phosphor tubes with what Don describes as “super gain.” He mentions approximate performance figures, such as foam values around 3,000 and signal-to-noise ratios in the low 40s, while clarifying that these numbers appear on the data sheets that should accompany quality night vision devices. Higher numbers generally correspond to brighter, clearer images and better function in darker environments. Don explains that modern unfilmed white phosphor tubes can process roughly 20–30 percent more light than earlier generations, allowing them to work effectively in very dark areas with minimal artificial illumination. Although some ambient light is always required, current consumer-available tubes deliver performance that would have been rare or nearly unattainable only a few years ago, reflecting steady improvements in manufacturing and image quality.

Retention devices, cost considerations, and counterweights

Don highlights a simple but important accessory on his DTNVS: a NERD retention device that tethers the goggles to the helmet. Because Wilcox G24 mounts include a breakaway feature designed to release under impact, a lanyard prevents expensive night vision from hitting the ground if the mount disconnects. He calls this inexpensive retention setup “cheap insurance,” especially for users who have purchased their own equipment. Don estimates the DTNVS housing alone at around three thousand dollars, with complete goggles configured like his retailing near twelve thousand dollars depending on tube selection. He then turns to the rear counterweight pouch, noting that it normally holds bendable lead weights and some spare batteries. Proper counterweighting balances the helmet, reduces neck strain, and is particularly important when running heavier dual-tube systems.

Battery storage, rear Velcro, and helmet-mounted hearing protection

The counterweight pouch on Don’s helmet includes a battery tray and several quarter-pound lead inserts, typically supplied as a one-pound set. He explains that he once tried to use only batteries as counterweight but found that individual batteries are too light to provide meaningful balance. The pouch also offers a Velcro panel for attaching a strobe, reflective tape, or other identification markers at the rear of the helmet. Don then discusses his preference for helmet-mounted hearing protection, specifically the Ops-Core AMP system with gel ear cushions. Mounting the ear pro directly to the helmet avoids the discomfort and hot spots caused by traditional headbands worn under a helmet, which can lead to headaches during long nights of training. The AMP design clamps securely and maintains a good seal, supporting comfort and consistent hearing protection during extended night vision use.