Description

UNV PVS-14 ADJUSTABLE SHOE ADAPTER

The UNV PVS-14 Adjustable Shoe Adapter is a low-profile mounting solution designed to give users precise control over PVS-14 positioning when running dual PVS-14s or bridging night vision with thermal optics. Built around a ring-style interface that secures directly to the PVS-14 objective housing, the adapter incorporates an integrated sliding dovetail track that allows the optic to move forward and rearward without repositioning the helmet mount itself.

Unlike fixed PVS-14 mounting solutions, the adjustable track allows users to fine-tune eye relief and optic alignment after the PVS-14 is mounted. This added range of adjustment makes it easier to properly align two PVS-14s in a dual-tube configuration while also accommodating the differences in footprint, eyepiece position, and mounting geometry encountered when bridging a PVS-14 with a thermal monocular.

The sliding dovetail provides precise fore-aft adjustment, allowing each optic to be positioned exactly where needed for proper eye relief, alignment, and comfort. Once positioned, the adapter locks securely in place to maintain a consistent setup during movement.

Designed for maximum flexibility in single-PVS-14 configurations, the UNV Adjustable PVS-14 Adapter provides a simple way to solve alignment challenges across both dual-night-vision and dual-band setups without relying on fixed optic positions.

Adjustable PVS-14 mounting system with integrated sliding dovetail
Fore-aft adjustment allows the PVS-14 to move closer to or farther from the user's eye
Designed for single PVS-14 configurations and dual-tube setups
Makes alignment and positioning of two PVS-14s easier
Ideal for bridging PVS-14 night vision with thermal monoculars
Sliding track accommodates differences in optic footprint and eyepiece position
Enables precise eye relief adjustment without repositioning the helmet mount
Allows users to fine-tune optic alignment for individual eye position and interpupillary distance
Rigid, secure connection maintains optic positioning during movement
Low-profile design minimizes added size and weight
Built for demanding field and operational use