Helmet: Next Gen Mid Cut FAST XP- XXL- MultiCam

The Next Gen Mid Cut FAST XP Helmet provides high-performance protection in a lightweight, XXL MultiCam design.

Superior Protection with the Mid Cut FAST XP Helmet

This mission-ready system features a 3-hole pattern and a secure Lock Down Liner System for stability.

The XXL shell sizing ensures a comfortable fit for operators. It provides larger headgear dimensions without compromising safety.

The MultiCam finish provides essential camouflage for diverse environments. It blends seamlessly with standard tactical gear.

Equipped with Head-Loc Flex Retention for Right-Eye Dominant shooters and a Modular Bungee Shroud for accessory mounting.

The retention system reduces helmet movement during high-intensity activity. This ensures consistent optic alignment for the user.

The bungee shroud design reduces snag hazards. It also provides a secure mounting point for night vision devices and optics.

This shroud is engineered to minimize rattling. It maintains a low profile while supporting critical mission-specific hardware.

Includes a PowerPath ARC Rail for Mid Cut FAST XP Helmet accessory integration during field operations.

These rails allow for streamlined attachment of lights, cameras, and communication headsets directly to the helmet profile.

The mid-cut design balances increased side coverage with compatibility for tactical communication ear protection.

Internal pads are designed for moisture management and long-term wear. This helps mitigate heat buildup during missions.

The padding system uses advanced materials to absorb impacts. It maintains its structural integrity across various temperatures.

This headborne system meets rigorous standards for impact resistance and ballistic performance in the field.

Proper maintenance of the liner and retention straps ensures the system remains reliable throughout its service life.

Operators should inspect the hardware regularly. Keeping the shell clean helps preserve the integrity of the MultiCam finish.

The lightweight composite materials help reduce neck strain for the operator during long deployments.

This weight distribution is optimized for balance. It prevents the helmet from shifting forward when using front-heavy optics.

Its specialized architecture supports rapid donning and doffing. This is essential for quick-response scenarios.

The system is built to withstand harsh environmental exposure. It remains effective through moisture, grit, and extreme use.