Mesh and leather
Men's 7-12 (half sizes), 13, 14
14.11 ounces per shoe
The Firetrail is a cross-terrain trail-running shoe created on a running stability platform.
Ahnu's neutral positioning system (NPS) and a triple-density molded EVA midsole design promote proper foot balance and encourage natural biomechanics.
The integrated TPU shank and arch support provide rigidity and midfoot support. A Vibram rubber outsole with non-marking rubber makes it slip-resistant.
Here's what other sites are saying:
CLOSEOUTS . Blaze ahead in Ahnu's Firetrail trail running shoes, featuring exclusive Neutral Positioning System (NPS) technology that keeps you balanced by aligning and centering feet in each shoe. Numentum technology improves stability and balance on a variety of terrain Hydrophobic air mesh upper with leather overlays is woven tighter around the rands to lock out debris Made for trail running/fast hiking, road running or traditional walking Removable cushioned footbed Triple-density, compression-molded EVA midsole with forefoot shock dispersal plate Vibram(R) traction rubber outsole Weight: 1 lb. 12 oz. pr. Medium width Made in China Runs small, order 1_2 size larger Visit our Shoe Sizing Guide Available Colors: BLACK/CITRONELLE, DARK GREY/APRICOT. Sizes: 7, 7.5, 8, 8.5, 9, 9.5, 10, 10.5, 11, 11.5, 12, 13, 14.
- Sierra Trading Post
With stability and sure traction, the Ahnu Firetrail trail-running shoes will help you comfortably cover the long, twisty, rooty, muddy miles of your favorite trails. Synthetic and nubuck leather uppers with highly breathable nylon mesh underlays supply a snug, supportive fit for extended training sessions. Moisture-wicking nylon linings keep feet comfortable and dry. Triple-density, compression-molded EVA midsoles with heel cushion pods provide shock absorption and cushioning comfort. Integrated thermoplastic urethane shanks and arch supports offer midfoot stability and torsional rigidity. Nonmarking Vibram(R) rubber outsoles with cross-directional lugs supply excellent traction and power on varying surfaces.