Product code: Vionic deals Mesh Lace-Up Athletic Sneakers - Austyn
Brand new in box Color Azure You've been active (and proud of it) -- running outdoors, lifting weights, taking Sunday cycling classes. You deserve a shoe that feels as ahhmazing as it looks. Enter the Austyn! From Vionic®. Style: Austyn Mesh/man-made upper; lace-up front; padded collar, tongue, and pull-tab heel Removable, mesh-covered deals EVA footbed Durable rubber outsole with textured tread offers good traction on a variety of surfaces Podiatrist-designed orthotic footbed with Orthaheel® technology and a deep heel cup helps stabilize and support your foot's natural alignment while wearing Three-zone comfort with ultimate arch support Helps to relieve common causes of heel pain and knee pain, related to over-pronation and flat feet An ideal complementary option for orthotic or arch support wearers, particularly at home on hard flat floors APMA Seal of Acceptance Bottom construction: Delmar Approximately 1.5"H heel Fit: true to size; recommended 20 to 30 minutes of break-in time for th.
Brand new in box Color Azure You've been active (and proud of it) -- running outdoors, lifting weights, taking Sunday cycling classes. You deserve a shoe that feels as ahhmazing as it looks. Enter the Austyn! From Vionic®. Style: Austyn Mesh/man-made upper; lace-up front; padded collar, tongue, and pull-tab heel Removable, mesh-covered deals EVA footbed Durable rubber outsole with textured tread offers good traction on a variety of surfaces Podiatrist-designed orthotic footbed with Orthaheel® technology and a deep heel cup helps stabilize and support your foot's natural alignment while wearing Three-zone comfort with ultimate arch support Helps to relieve common causes of heel pain and knee pain, related to over-pronation and flat feet An ideal complementary option for orthotic or arch support wearers, particularly at home on hard flat floors APMA Seal of Acceptance Bottom construction: Delmar Approximately 1.5"H heel Fit: true to size; recommended 20 to 30 minutes of break-in time for th.