Which NV Is Right For You? (PVS 14 vs Dual Tube vs Quad Tube)

Night vision course setup and context

The video is filmed at the Q/Paloma Ranch in Folsom, New Mexico during a multi‑day night vision course run with Follow Through Consulting and instructor Buck Doyle. The terrain resembles a winter Afghan landscape, and the training has included night shooting and gunfighting exercises. One host is relatively new to night vision, while the other has more experience and helps explain the basics. The goal is to walk through what night vision is and outline practical differences between quad tube systems, dual tube NVGs, and single‑tube PVS‑14 units, based on what they observed over several days of shooting under nods.

Quad tube NVGs and expanded field of view

The first system discussed is a set of quad tube NVGs, referred to as APVGs or quads. The main advantage highlighted is an additional 44 degrees of field of view, which significantly increases peripheral vision. The user often focuses on the two central tubes, with the outer tubes acting as a bonus for situational awareness. Quads are described as especially useful for night driving and aviation, such as helicopter operations, where a wide field of view matters. Downsides include noticeably higher weight compared to regular dual tubes and the need for a rear battery pack and cable on the helmet. While clarity and field of view are praised, the added bulk and weight are clear tradeoffs that users must weigh against their needs.

Dual tube NVGs, IR lasers, and illuminators

They move on to dual tube NVGs provided by Night Vision Network, described as RNVGs or RVGs. The newer user notes that through these dual tubes the scene appears almost like daylight, with the ability to clearly see and engage a steel silhouette at roughly 236 yards. An IR laser and IR illuminator mounted on the rifle are used to identify and light the target; these beams are invisible to the naked eye but bright through night vision. One rifle setup combines a Wilcox RAID-X (referred to as Radexe) with a SureFire Vampire light, both controlled via a Unity Axon switch. The buttons are configured so that when the laser is on and the light is in white or Vampire mode, the system synchronizes, providing both laser and illumination as a clear aiming reference under nods.

Active vs passive aiming under night vision

The hosts emphasize that night vision setups can become complex and that users should research and consult experienced shooters and vendors. They demonstrate how an IR laser appears invisible to the camera and naked eye until night vision is lowered, at which point the beam and flood are extremely bright. One host shows how the illuminator’s beam can be adjusted from narrow to flood. This leads into a discussion of active versus passive aiming. Active aiming uses an IR laser and illuminator, meaning the shooter is emitting light that can be seen by anyone else with night vision. Passive aiming involves looking through an optic, such as a red dot or LPVO, through the nods without emitting additional light. Passive aiming is presented as advantageous when both sides may have night vision, because it avoids giving away position with visible IR signatures.

PVS-14 monoculars and getting started with NV

They then cover the PVS‑14, a single‑tube monocular. It is described as much lighter than dual or quad tube systems and less fatiguing on the head. The tradeoff is a narrower field of view and the fact that only one eye is under night vision. Despite this, a PVS‑14 combined with an IR laser on a rifle is considered fully capable for tasks like hunting or professional use. The experienced shooter cautions viewers not to chase the most glamorous or expensive gear. Instead, the advice is to buy what is affordable, train to become proficient with it, and upgrade later if needed. PVS‑14s are presented as a practical entry point into night vision that still allows effective shooting and movement at night.

Light discipline, emissions, and final thoughts

To illustrate light discipline, one host shows how even a phone’s face scanner emits a strong IR signature that is obvious through night vision but invisible to the naked eye. This demonstrates how small electronic devices can appear like bright flashlights under nods and potentially compromise a position. The conversation closes by reiterating that the video covers only basic distinctions between quad tubes, dual tubes, and PVS‑14 monoculars, along with active and passive aiming concepts. They mention other platforms and brands in passing, such as DTNVGs, ANVIS‑style NVGs, and Nocturn Industries systems, as examples of the broader night vision landscape that viewers should research. The hosts encourage viewers to share their own night vision setups and experiences and to focus on informed choices and training rather than chasing trends.