FAST Bump High Cut Helmet System

The FAST Bump High Cut Helmet system features a rigid polymer shell. Eight vent holes ensure increased airflow. Its Vented Lux Liner with Low Profile Occ-Dial provides unmatched stability and comfort.

Advanced FAST Bump High Cut Helmet Features

The Modular Bungee Shroud is compatible with most NVG mounts. PowerPath ARC rails offer improved cable management and accessory integration. This design focuses on blunt trauma protection in less extreme environments.

This lightweight system excels in training, search and rescue, and outdoor activities. The injection-molded shell is a durable platform for mission-essential gear. Integration with existing accessories remains seamless and secure.

The Vented Lux Liner reduces heat buildup during extended use. Users can adjust the Occ-Dial for a personalized, secure fit. This ensures the platform remains stable while carrying cameras or night vision devices.

The shroud design features integrated bungees to eliminate vibration and noise. This allows for clear observation and reliable equipment mounting. It is ideal for maritime or high-altitude operations where weight is a factor.

Accessory rails allow for the quick attachment of lights, headsets, and oxygen masks. The PowerPath system organizes wires to prevent snagging. This layout maintains a streamlined profile for the operator.

Performance Specs: BS EN 1385: 2012, ACH CO/PD 05-04: 2007, PS-1145. Shell Construction: Injection Molded Glass Filled Nylon. Shell Thickness: 0.138'' (3.50 mm).

The glass-filled nylon construction offers superior impact resistance for non-ballistic needs. Its thickness provides structural integrity without adding bulk. This balance supports long-term comfort and safety.

The high-cut design provides clearance for large communication headsets. This choice maximizes situational awareness and hearing protection compatibility. It fits seamlessly into standard tactical setups.

Every component is engineered for reliability in demanding environments. The materials resist common chemicals and extreme weather. This ensures the system performs consistently across various operational theaters.