The HK Army KLR Goggle is the first to incorporate a lens retention system that is innovative, safe, and interchangeable. The patent-pending PVT Lock system allows the user to change lenses in mere seconds. The days of gouging your mask and lens with a screwdriver before a game is over.
Featuring a large, swivelling hinge system, the PVT Lock system enables users to quickly change their lens and overall appearance of their goggle with the flick of a buckle. Offered in a variety of colours and finishes, users can collect and interchange each side of their PVT Lock to create a look that is unique to them.
3D Memory Foam
Bonded to the KLR frame is HK's new 3D foam, featuring tri-layer, variable density foam technology that creates unparalleled comfort. The base layer is high-density SBR memory foam that absorbs face impacts and braces against the goggle frame, followed by open-cell EVA foam that is ultra-soft and conforms to the facial profile of the wearer.
These high-tech foams are then laminated in a velvet microfibre liner that both absorbs sweat from the face and insulates against heat entering the ocular cavity of the frame.
EAR PIECE PROTECTION
The KLR Goggle offers a super high-density compressed EVA foam earpiece that is protective and low-profile. The KLR soft-ear protects the outer and inner ear from impact and abrasion, while maintaining a low profile.
KLR CUSTOM STRAPS
Featuring a high-resolution microstitched jacquard strap, the KLR is an industry-first in offering microinjected TPR accent patches for users to further customize their on-field look. Coated with anti-slip silicone on the rear of the strap, the KLR strap is guaranteed against fraying and distortion.
The KLR PURE Lens System is composed of virgin optical-grade GE polycarbonate--inherently UVA UVB and IR shielded, every KLR lens shields your eyes from dangerous sunlight in every playing condition. The interior thermal lens is applied with 3M Foam Sealant, trapping a layer of cool barrier of insulating air, eliminating condensation and encouraging evaporative cooling.