Highlights at a Glance Weight: 340 g BioMoGo DNA cushioning Slip-resistant outsole Certified PDAC A5500 Diabetic shoe Available in narrow fit (1B) Advanced Cushioning with BioMoGo DNA The Addiction Walker 2 features Brooks' signature BioMoGo DNA cushioning, which adapts to your stride, weight, and speed, providing personalized comfort. This technology helps reduce impact on your joints, making every step feel like a gentle walk on clouds. The midsole dynamically responds to your unique movements, providing a customized cushioning experience that supports your foot strike. Enhanced Stability and Traction Stability is a key component of the Addiction Walker 2, thanks to its Extended Progressive Diagonal Rollbar (PDRB). This support system guides your body into its natural motion path, providing maximum control from heel strike to toe-off. The slip-resistant outsole, crafted to meet the highest standards of slip resistance, ensures reliable traction on various surfaces, keeping you secure and confident in every step. Who is the Addiction Walker 2 - schmal (1B) for? Designed specifically for women seeking a supportive and comfortable walking experience, the Addiction Walker 2 - schmal (1B) is perfect for those with narrow feet who require a snug fit. It's an ideal choice for individuals who prioritize stability and cushioning in a walking shoe, whether for daily errands, long walks, or those in need of a diabetic-friendly option. FAQ Is the Addiction Walker 2 suitable for wet conditions? Yes, the slip-resistant outsole provides excellent traction, making it suitable for wet surfaces. How does the narrow fit differ from the standard model? The narrow fit (1B) is designed to provide a snugger fit for those with narrower feet, ensuring optimal support and comfort. Can the insoles be replaced with custom orthotics? Yes, the removable insoles can be replaced with custom orthotics for personalized support. Expert Tip Consider pairing the Addiction Walker 2 with moisture-wicking socks to enhance comfort and keep your feet dry during extended walks.Meer tonenMinder tonen