Product code: Brooks Ariel 16 1202191B059 shops Black / Purple Women's Running Shoes Size 12B
BUY WITH CONFIDENCE: A) 16 YEAR ON-LINE SELLER B) GREAT FEEDBACK C) GREAT SERVICE. You are looking at a nice pair of Used Brooks Ariel 16 Women's Running Shoes Size 12B shops Colors : Black & Purple Authentic Brooks Insoles and Color Matching Laces Excellent comfort and support Plush Padded Collar & Tongue Mesh Uppers * No Rips or Tears * No Structural Issues * Smoke Free Environment * Professionally Cleaned * Actual Shoes are Pictured * Won't Disappoint Here's a little more information: The Ariel 16 is the most stable in the Brooks lineup and now guides your body more naturally to keep you aligned with support for overpronation and low arches thanks to the Extended Progressive Diagonal RollBar. These lightweight shoes are made with an external heel counter and full-length Segmented Crash Pad, making them the top support option for runners everywhere. Feel the charge of super smooth cushion underfoot because the Ariel also has a soft side thanks to Super DNA cushioning.
BUY WITH CONFIDENCE: A) 16 YEAR ON-LINE SELLER B) GREAT FEEDBACK C) GREAT SERVICE. You are looking at a nice pair of Used Brooks Ariel 16 Women's Running Shoes Size 12B shops Colors : Black & Purple Authentic Brooks Insoles and Color Matching Laces Excellent comfort and support Plush Padded Collar & Tongue Mesh Uppers * No Rips or Tears * No Structural Issues * Smoke Free Environment * Professionally Cleaned * Actual Shoes are Pictured * Won't Disappoint Here's a little more information: The Ariel 16 is the most stable in the Brooks lineup and now guides your body more naturally to keep you aligned with support for overpronation and low arches thanks to the Extended Progressive Diagonal RollBar. These lightweight shoes are made with an external heel counter and full-length Segmented Crash Pad, making them the top support option for runners everywhere. Feel the charge of super smooth cushion underfoot because the Ariel also has a soft side thanks to Super DNA cushioning.