Product Description
BOOT INFO:
Cover More Ground
Made for foot drills and fast-moving patrols, the Resurgent helps you stay cool in dry, arid climates. The leather upper features panels made of Perspair®, an extremely breathable material woven with PU-coated nylon thread. Opanka stitching adds an extra layer of durability. The lightweight Resurge midsole returns energy with every step to keep you feeling light on your feet. The Vibram® oil-and-slip resistant outsole has lugs that are designed for fast-paced agility and won't collect dirt as you move.
Specifications
|
Style |
50110 |
|
Weight |
32 oz per pair |
|
Closure |
Lace-Up |
|
Height |
8" |
|
Insulation |
Non-Insulated |
|
Color |
Coyote |
|
Footbed |
Polyurethane |
|
Last Type |
DLE-01 |
|
Lining |
Non-Waterproof |
|
Liner |
Mesh |
|
Outsole |
Vibram® Resurgent |
|
Recraftable |
No |
|
Country of Origin |
Vietnam |
|
Manufacturing |
Imported |
|
Certification |
AFI 36-2903 requirement for optional wear, AR-670-1 requirements for optional wear |
Leather and Perspair® Upper
The leather upper has side panels made of Perspair®. PU-coated nylon thread is woven to create a material that is extremely lightweight and breathable while remaining incredibly durable.
USAF Optional Wear
Meets US Air Force AFI 36-2903 requirement for optional wear.
USAR Optional Wear
Meets US Army AR 670-1 requirements for optional wear.
Removable Open Cell Polyurethane Footbed
Our polyurethane footbed provides superior shock absorption with an additional layer of open cell construction for improved air circulation.
Vibram® Resurgent Outsole
Large pentagonal lugs provide stability and multi-directional traction for enhanced agility.
Opanka Stitch
The wrap-around Opanka Stitch bolsters the platform of the boot.
How It Fits
The DLE-01 last was designed to be an extension of the foot with superior forefoot and heel capture, stability and a more anatomical shape for comfort. The additional space in the toe box allows the foot to naturally react when bearing a heavy load or changing directions laterally in high intensity environments.
