FAST Bump High Cut Helmet System

The FAST Bump High Cut Helmet features a rigid polymer shell. Eight vent holes increase airflow and reduce heat stress during use.

Advanced Features of the FAST Bump High Cut Helmet

This system includes a Vented Lux Liner with a Low Profile Occ-Dial and Head-Loc Retention for impact protection. The design ensures the platform remains secure.

The Modular Bungee Shroud is compatible with most NVG mounts and integrated retention systems. This allows for seamless night vision integration without compromising shell balance.

PowerPath ARC rails offer improved cable management and accessory integration. These rails allow users to mount lights and cameras while keeping cables away from snag hazards.

Designed for less extreme environments, this FAST Bump High Cut Helmet focuses on blunt trauma protection. It is an ideal choice for maritime training and search operations.

The shell meets BS EN 1385: 2012 and ACH CO/PD 05-04: 2007 specifications for blunt impact. The glass-filled nylon construction has a 0.138'' (3.50 mm) thickness.

The Vented Lux Liner works with the shell's geometry to facilitate constant air circulation. This significantly lowers internal temperature during extended training missions.

Its lightweight profile reduces neck fatigue compared to ballistic alternatives. It is a preferred solution for operators who require mounting without the weight of armor.

The Head-Loc retention system is fully adjustable. Users can customize the fit for different head shapes, ensuring the helmet remains centered when carrying optical equipment.

The high cut design allows for better clearance of large communication headsets. This design choice ensures that hearing protection can be worn comfortably in the field.

The glass-filled nylon material provides excellent structural rigidity. This engineering ensures the helmet maintains its shape under the stress of mounted accessories and gear.

Stability is further enhanced by the integrated bungee cords. These cords reduce vibration and rattle between the night vision devices and the modular shroud interface.

Low profile hardware ensures that snag points are minimized. Every component is streamlined to prevent interference with straps, packs, or other essential tactical equipment.