Brooks Addiction Walker V-Strap 2 - Men's Walking Shoe

Brooks Addiction Walker V-Strap 2 - Men's Walking Shoe

For everyday support for those with sensitive feet or those looking for a stable motion control walking shoe, the Brooks Addiction Walker V-Strap 2 - Men's Walking Shoe provides the experience one is looking for biomechanical correction. Foot conditions like plantar fasciitis require specialized support to alleviate discomfort. The Brooks Addiction Walker V-Strap 2 - Men's Walking Shoe is designed specifically for these situations. High impact areas of the foot, including the arch and heel, are supported providing comfort where it is needed most. Brooks brand footwear is known for its accommodation for people in need of diabetic support, pronators, individuals with flat feet and are built to proactively lessen the chance of incurring foot or ankle injuries. Brooks' patented midsole cushioning and V-strap enclosure create a comfortable home for your feet. Full-grain leather upper and extended progressive diagonal rollbar. For further consultation on the support that would fit you as an individual the best, consult with your podiatrist. With that support in mind, this walking shoe is designed specifically to cater to the kind of issues and features could best address such issues.

• Brooks' patented BioMoGo® midsole cushioning for dynamic support and comfort
• Full-grain leather upper
• Sizing to account for a wide toe box as well as a broad midfoot
• Extended Progressive Diagonal Rollbar provides foot stabilization in order to diminish unhealthy pronation
• A suite of features than can assist with foot conditions such as plantar fasciitis, bunions, hammertoes, and corns
• Cushsole design mitigates midsole wear and improves energy return
• Includes Brooks patented HydroFlow in order to provide shock absorption across the foot, including the heel and forefoot
• Specifically designed for motion control and biomechanical correction using MC Pod Construction
• Environmentally friendly materials designed to efficiently decompose in landfill conditions