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.

Advanced Features of the FAST Bump High Cut Helmet

The Vented Lux Liner includes a Low Profile Occ-Dial and Head-Loc Retention System for impact protection and stability.

This system allows for easy adjustments. It ensures a secure fit during rigorous activities and training in various environments.

A Modular Bungee Shroud (MBS) ensures compatibility with most NVG mounts and provides an integrated retention system.

The shroud design reduces snag hazards. It maintains a reliable platform for night vision devices and other head-borne equipment.

PowerPath ARC rails offer improved cable management and seamless accessory integration for mission-configured components.

Users can quickly attach lights, cameras, or headsets without interfering with the streamlined profile of the shell.

The FAST Bump High Cut Helmet is designed for environments where blunt trauma protection is the priority over ballistic threats.

It is an ideal solution for search and rescue or climbing. Lightweight comfort is essential for these extended operations.

The high cut design allows for maximum ear clearance. This ensures compatibility with large over-the-ear communication systems.

Strategic vent holes work with the liner to move moisture away. This keeps the user cool during long missions.

Performance Spec: BS EN 1385: 2012, ACH CO/PD 05-04: 2007, PS-1145. Shell Construction: Injection Molded Glass Filled Nylon.

This durable nylon construction provides a stiff, reliable frame. It stands up to rugged outdoor use and extreme conditions.

The injection-molded material properties ensure consistent shell density and impact resistance across the entire surface area.

Shell Thickness: 0.138'' (3.50 mm).

The material thickness balances structural integrity and weight reduction for long-term comfort during high-intensity training.

This lightweight platform reduces neck fatigue while providing a stable mounting point for tactical cameras and sensors.

Professional operators rely on this system for non-ballistic maritime operations and specialized tactical training exercises.

The interior padding configuration is engineered to provide maximum surface contact for superior load distribution and stability.

Each component is selected to withstand heavy use in maritime, desert, or mountain environments without performance degradation.