Head-Loc 4-Point Chinstrap - H-Nape

Head-Loc H-Nape Chinstrap

The Head-Loc H-Nape Chinstrap resolves NVG instability caused by helmets slipping. It is designed for rigorous activities while wearing heavy NVGs like PVS-15 and ANVIS-9 mounts.

Superior Stability with the H-Nape Retention System

The Head-Loc H-Nape Chinstrap features a 5th adjustment tab on the nape pad. This provides extra support and prevents back and forth helmet rotation.

Patented Head-Loc tabs allow instant one-handed adjustment during use. This ensures a secure fit even when the operator is on the move.

The system utilizes a unique design to maintain tension. It keeps the helmet stable during rapid head movements or high-velocity maneuvers.

Simplified strap geometry eliminates loose ends for a clean profile. This prevents potential snag hazards in confined spaces or dense vegetation.

Padded leather chin cups and nape pads provide support during long missions. These high-grade materials reduce chafing and pressure points on the skin.

Custom webbing weave adds durability and great ventilation. This specialized construction withstands harsh environmental conditions and heavy daily wear.

The hardware is designed for low-profile integration. It minimizes interference with communication headsets or other head-borne equipment used by professionals.

Options exist for left or right eye configurations. This keeps the buckle away from weapon sighting to ensure a clear field of view when aiming.

It integrates seamlessly with all Ops-Core helmets. The mounting hardware is compatible with standard hole patterns found on most tactical ballistic shells.

Installation is straightforward and requires no permanent modifications. Users can quickly swap out factory liners for this upgraded retention system.

The H-Nape configuration is preferred by those needing maximum leverage. It distributes weight evenly across the back of the head for better balance.

This chinstrap is a critical upgrade for any modern tactical helmet. It ensures your safety equipment stays exactly where it belongs under duress.