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.
