Skeleton One Hole Shroud

The Skeleton One Hole Shroud features a snag-free, low-profile design. Contoured geometry eliminates sharp edges that snag cabling.

Key Features of the Skeleton One Hole Shroud

Connections support Skeleton Rail Bungees. A ballistic screw and T-Nut assembly improve performance and ease of installation.

The system utilizes a forged aluminum construction for high strength. This material choice ensures maximum resilience in demanding field environments.

Integrating this component allows for a lighter mounting platform. Operators benefit from reduced neck fatigue during extended mission durations.

The rubber gasket ensures solid adhesion. This provides superior NVG stability for the user during operations and intense movement.

Precision machining ensures the mount interface remains tight. This eliminates the wobble often found in traditional plastic mounting shrouds.

The streamlined profile maintains a compact footprint on the helmet. This reduces the risk of entanglement with low-hanging brush or cords.

Advanced polymers are used in the outer frame for impact resistance. This hybrid design balances weight-saving goals with structural integrity.

The frame is engineered to withstand extreme temperature fluctuations. This ensures the mount remains reliable in both arctic and desert climates.

Installation is straightforward with standard tools. The included hardware kit is designed for a secure, permanent fit on single-hole shells.

Compatible with U.S. Army ACH, Gentex TBH, and SOHAH helmets. The Skeleton One Hole Shroud is available in Urban Tan, Foliage Green, and Black.

Standardized hole patterns ensure a precise match with existing drilling. This minimizes the need for modifications to the protective headgear.

Users can trust the secure lockdown of their night vision devices. The locking mechanism provides audible feedback when the clip is engaged.

Finished with a matte coating, it resists reflections and glare. This enhances the user's signature management during tactical movements.

The internal geometry is optimized for the most common NVG arms. This universal compatibility streamlines gear transitions for varied mission sets.

Reinforced mounting points distribute stress across the helmet surface. This prevents localized wear on the ballistic shell over time.

The low-profile design ensures that the mount does not interfere with optics. This allows for a seamless transition between various head-borne systems.