Details
When High Tech is Applied to Tactical Footwear, it all meets at your feet in this waterproof all-leather, multi-purpose tactical/patrol boot.
It all meets at your feet in this waterproof all-leather, multi-purpose tactical/patrol boot. CROSSTECH® combines with the HAIX® Climate System to not only keep outside moisture out, it actually pushes perspiration out and pulls fresh air in with every step. The advanced HAIX® Arch Support System features a shock-absorbing, insulating polyurethane cushioning wedge for all-day comfort and support. Quick lacing eyelets make it easy to put on and get the right support for the situation. The durable, injection molded, non-skid, non-marking, anti-static, fuel- and oil-resistant sole has an aggressive tread design for a sure grip on any terrain. Leg height 6 inches.
Upper Material: Soft and supple waterproof leather, hydrophobic, breathable, 2.0 - 2.2 mm thick.
Moisture Barrier: CROSSTECH®
Inner Lining: CROSSTECH® liner protects you from chemical, bacterial and bloodborne pathogens.
Foot-bed: anatomically formed, quick change, machine washable insert with excellent moisture absorption and quick drying qualities
Insole: Anatomically formed, Texon (fleece) absorbs moisture and supports ankle
Sole: Non-slip nitrile rubber outsole: oil and fuel resistant, self-cleaning tread, anti-static, non-marking, PU-shock absorbent, inner sole stitched, sole directly injected
Other: Anatomically formed and softly padded tongue, light weight, high quality quick lacing eyelets, reinforcements in the toe and heel area, heat resistant sole bonding.
Features: | |
HAIX® Arch Support System The HAIX® AS System provides excellent arch support which, when combined with the heel construction, holds and stabilizes your foot while allowing more freedom of movement in the forefoot area. | |
HAIX®-Shock Absorbency HAIX models feature an excellent shock absorbent and insulating function. | |
HAIX® Climate System Each step produces a bellows effect which pushes moist air out of the boot and pulls fresh air in through openings in the upper shaft. |