Brooks Womens Glycerin 22 - Wide - D Width - Black/Grey/White - Neutral - SS25
Brooks Womens Glycerin 22 | D Wide Width | Black/Grey/White | Neutral | Road
Easy transitions incoming. The Glycerin 22 is equipped with DNA Tuned, Brooks’ new midsole technology. DNA Tuned is the next generation of nitrogen-infused foam, created with dual-size cell technology. Larger cells in the heel provide plush landings, while smaller cells in the forefoot invite responsive toe-offs.
The broad platform of the shoe stabilises your foot while tuned heel and forefoot promotes smooth heel-to-toe transitions. Plus, double jacquard warp knit offers flexible structure.
The Glycerin 22 is for anyone who craves a cushioned, distraction-free experience that allows them to savour every step.
Shoe Type: Neutral
Use: Everyday Running
Drop: 10mm
Weight: 258g
Product Code: 120434-090
Tech & Features:
-
New DNA Tuned with dual-size cell technology
-
Enhanced double jacquard air mesh upper for extra comfort and flexible structure
Original: $109.99
-65%$109.99
$38.50Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Brooks Womens Glycerin 22 | D Wide Width | Black/Grey/White | Neutral | Road
Easy transitions incoming. The Glycerin 22 is equipped with DNA Tuned, Brooks’ new midsole technology. DNA Tuned is the next generation of nitrogen-infused foam, created with dual-size cell technology. Larger cells in the heel provide plush landings, while smaller cells in the forefoot invite responsive toe-offs.
The broad platform of the shoe stabilises your foot while tuned heel and forefoot promotes smooth heel-to-toe transitions. Plus, double jacquard warp knit offers flexible structure.
The Glycerin 22 is for anyone who craves a cushioned, distraction-free experience that allows them to savour every step.
Shoe Type: Neutral
Use: Everyday Running
Drop: 10mm
Weight: 258g
Product Code: 120434-090
Tech & Features:
-
New DNA Tuned with dual-size cell technology
-
Enhanced double jacquard air mesh upper for extra comfort and flexible structure
