FAST/SENTRY Front EPP Pad Kit

The FAST SENTRY EPP Pad Kit fits all FAST and SENTRY style helmets. These lightweight pads offer superior protection and comfort for users.

FAST SENTRY EPP Pad Kit Features

Lightweight EPP pads are layered with LDV closed-cell comfort foam. This seals out air, dust, and moisture.

Breathable, moisture-wicking fabric wraps the dual-density material. This FAST SENTRY EPP Pad Kit is simple to clean and ensures low absorbency.

Pads are unaffected by temperature, altitude, or moisture. They are pre-molded to the shape of a head.

This front pad replacement kit provides essential impact protection. The expanded polypropylene material stays resilient under heavy use.

The LDV foam layer adds a soft interface against the skin. This dual-layer system reduces hot spots during long missions.

Internal airflow is maintained by the specialized fabric wrap. The moisture-wicking properties keep the operator dry and cool.

Each pad is engineered for a precise fit inside the helmet shell. Installation is quick using standard hook-and-loop systems.

The closed-cell design prevents water weight gain in wet environments. This ensures the helmet balance remains consistent.

Field maintenance is streamlined with these durable materials. Simply wipe down the surface to remove sweat and debris.

The pre-molded anatomical shape minimizes break-in time. Resilience is guaranteed even after repeated compression cycles.

These pads are compatible with various helmet accessory systems. They do not interfere with internal communication headsets.

Operators rely on this kit for consistent thermal stability. The foam maintains its density in extreme cold or heat.

Safety is prioritized through high-quality materials and design. This kit serves as a reliable upgrade for tactical gear.

The lightweight construction avoids adding unnecessary bulk. Precision edges ensure a flush fit within the helmet interior.

This kit includes the necessary front pads for a full refresh. Ensure your protective headgear performs at its peak level.