FAST SF GEN II- M- Black

The FAST SF GEN II provides ballistic protection from 9mm rounds. The shell weighs just 1.23 lbs (Size L). It offers protection identical to its predecessor with a 10% reduction in system weight. This helmet serves as a premier solution for users requiring high mobility and extreme protection.

Enhanced Stability with FAST SF GEN II

The LockDown Liner System features a customizable suspension with pads that encourage airflow. Moisture-wicking fabric and reticulated foam support heavy VAS and NVG systems comfortably during long-duration missions.

A conformable nape pad and Occ-Dial offer enhanced stability by securing a larger contact area. This system adapts to individual contours for a superior fit. It ensures the shell remains centered compared to rigid alternatives.

The LockDown cable system enables an interference-free fit with communication systems. A redesigned Head-Loc Flex retention system introduces a unique convertible chin cup for versatile wear and secure placement.

The PowerPath ARC Rail system provides a lightweight mounting solution with behind-the-rail cable routing. This design ensures safe routing for all headborne accessories while preventing snags or equipment disconnection.

A Lightweight Modular Bungee Shroud (MBS) reduces snag hazards and improves NVG retention. Carabiner clips increase stability. They reduce interference with rail-mounted gear to keep critical optics stationary.

The external VELCRO Brand loop kit allows for quick attachment of accessories. This system represents Ops-Core's lightest ballistic helmet solution available today. It is engineered for peak performance in various environments.

Every component is designed to withstand the rigors of field use. Integrated systems work together to distribute weight evenly. This reduces neck fatigue for operators during extended deployments.

Maintenance is straightforward due to the modular design of the interior pads. Materials are selected for durability and resiliency against perspiration. They maintain structural integrity even after environmental exposure.