Description
By incorporating top-of-the-line materials like GORE-TEX and Vibram with a weight-saving platform, we made our tough, versatile work boot feel like the kind of boot you want to put on at the end of a long day. This new last is designed to cup your heel for a secure fit while offering a little more room in the toe box to accommodate feet that are carrying heavy loads. It also comes with a dual-density EVA midsole for extra shock absorption and comfort. The oil- and slip-resistant outsole has a low profile 90-degree heel making it versatile enough for indoor and outdoor work. For really tough jobs it has an abrasion-resistant heel cap, an all-leather upper and a waterproof, breathable GORE-TEX liner.
- Full-Grain Leather Upper
- To ensure its quality, we put our leather through six different tests before making our selection. Our full-grain leathers are the strongest and most durable form of leather.
- Waterproof GORE-TEX
- 100% waterproof and breathable, GORE-TEX liners ensure that no water gets in, while allowing sweat and moisture to get out.
- Electrical Hazard (EH) Rated
- Built with non-conductive soles to help protect against electrical shock in dry conditions. Meets ASTM F2892 safety standard for plain toe (non-safety toe) footwear electrical hazard (EH) resistance.
- Speed Lace System
- Our special hardware allows you to tighten from toe to top with one swift tug for a secure, tight fit.
- 90º heel
- Added safety for boots used on steep terrain, climbing in and out of equipment, and use with certain tools.
- Vibram® Vicious Outsole
- Oil- and slip-resistant with a low-profile 90° heel.
- Danner Trailguard
- Lightweight and supportive, the Trailguard TPU shank provides stability and underfoot protection on rough, uneven terrain.
- 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.
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