Eyeport Foam Kit

The Eyeport Foam Kit is a precision replacement foam system engineered for tactical helmet users, particularly those relying on integrated communication headsets, monocular displays, or night vision mounting systems. Designed by Bell Helmets—a brand with decades of legacy in military and law enforcement headgear—this foam kit addresses a critical operational need: maintaining optical clarity and equipment stability while ensuring comfort during extended wear. Whether you're conducting urban operations, mounted patrols, or training scenarios, degraded or aged foam directly impacts both equipment function and mission readiness.

The Eyeport Foam Kit functions as a replacement cushioning and sealing system for the eyeport assembly of Bell tactical helmets. Over time, original foam deteriorates from sweat, UV exposure, and repeated pressure cycling, compromising the seal around optics or creating pressure points that degrade accuracy and situational awareness. This kit restores factory-spec foam density and geometry, re-establishing proper eye relief distance, minimizing light leakage, and reducing equipment shift during dynamic movement. The lightweight design—just 0.07 lbs—adds negligible burden to your helmet platform while delivering measurable operational benefit through improved optical performance and user comfort during high-tempo operations.

This replacement kit is essential for operators maintaining Bell Ballistic and COMBAT helmets equipped with integrated optics mounts or eyeport accessories. Installation is straightforward—requiring only removal of the aged foam and adhesive application of the new kit to the helmet's eyeport frame—making it ideal for field maintenance or depot-level refurbishment programs. Compatibility extends across standard Bell tactical helmet variants; however, verify your specific helmet model against the MPN 2080002 before ordering. Regular foam replacement as part of preventive maintenance schedules ensures consistent optical performance and extends overall helmet service life in demanding operational environments.