Head-Loc 4-Point Chinstrap - H-Nape

The Head-Loc 4-Point Chinstrap resolves NVG instability caused by helmets slipping. It is designed for rigorous activities while wearing heavy NVGs.

Features a 5th adjustment tab on the nape pad for extra support. This prevents back and forth helmet rotation during movement.

Advanced Stability with the Head-Loc 4-Point Chinstrap

Head-Loc tabs provide instant one-handed adjustment while wearing the helmet. Simplified geometry with straight force lines eliminates loose ends.

Padded leather chin cups and nape pads ensure support during long missions. This specialized webbing weave provides greater durability and ventilation.

Available configurations keep the buckle on the opposite side of weapon sighting. Seamlessly integrates with all Ops-Core helmets.

The specialized H-Nape design offers a stable foundation for tactical operations. This retention system significantly reduces the "diving" effect.

Engineered for high-intensity environments, the heavy-duty webbing resists stretching. It maintains tension even under the stress of rapid movements.

The low-profile hardware minimizes snag hazards in tight spaces. Each adjustment point allows for a precise fit across various head shapes and sizes.

Individual components are selected for their resistance to moisture and salt. The leather padding remains soft and pliable after repeated field use.

Operators benefit from the streamlined profile which avoids interference with headsets. The system facilitates a consistent eye-relief for optics.

Installation is straightforward and compatible with standard helmet bolt patterns. This ensures a secure connection to the ballistic or bump shell.

The breathable weave promotes airflow to reduce heat buildup under the straps. Superior stitching reinforces every high-stress transition point.

Customizing the fit takes seconds even when wearing tactical gloves. This design prioritizes the safety and focus of the operator in the field.

The H-Nape configuration increases surface area contact for better weight distribution. This prevents pressure points during extended wear periods.

Engineered for modularity, it serves as a critical upgrade for any mission-ready helmet. Reliable hardware ensures consistent performance in extreme heat.