+ Description
Highlights at a Glance
- Weight: 280 g
- Drop: 10 mm
- DNA LOFT v3 cushioning technology
- Engineered Air Mesh upper
- 3D Fit Print for enhanced structure
Supreme Cushioning with DNA LOFT v3
Experience unparalleled comfort with the Brooks Glycerin Flex, featuring the advanced DNA LOFT v3 cushioning technology. This unique foam blend provides a plush, responsive ride without sacrificing durability, making each step feel luxuriously soft. The midsole's 280 g weight ensures that you enjoy a cushy yet stable experience, perfect for long runs or casual strolls.
Breathable Support with Engineered Air Mesh
Stay cool and comfortable even during the most intense activities, thanks to the Engineered Air Mesh upper. This lightweight material not only allows for exceptional airflow, keeping your feet dry and fresh, but it also offers a snug fit that adapts to your foot's natural movements. Combined with Brooks' 3D Fit Print technology, you'll experience a secure, flexible fit without any unnecessary bulk.
Who is the Glycerin Flex for?
The Brooks Glycerin Flex is designed for women who seek comfort and performance in their athletic footwear. Whether you're hitting the pavement for a daily run or just need a reliable pair for walking, this shoe is perfect for those looking for maximum cushioning and breathability. Its 10 mm drop provides a balanced heel-to-toe transition, ideal for neutral runners and walkers alike.
FAQ
Is the Glycerin Flex suitable for wide feet?
Yes, the flexible Engineered Air Mesh upper accommodates various foot shapes, offering a comfortable fit for wider feet.
Can I use the Glycerin Flex for trail running?
While the Glycerin Flex excels on roads and pavements, it is not specifically designed for trail running. Consider a trail-specific shoe for rugged terrain.
How do I clean the Glycerin Flex?
It's best to hand wash with mild soap and air dry. Avoid using a washing machine or dryer to maintain the shoe's integrity.
Expert Tip
For optimal performance, pair the Glycerin Flex with moisture-wicking socks to enhance breathability and comfort during your runs or walks.
+ Specifications
+ Reviews
No one has reviewed this product yet.
Need help with your choice?
Feel free to contact us!
+49 (0)721 9098 10 35
[email protected]
Relatable products
-
- 11 %€159.95 Regular Price €180.00The Brooks Glycerin Flex is a versatile women’s neutral running shoe that combines comfort with flexibility. The adaptive DNA cushioning responds...- 10 %€161.95 Regular Price €180.00The Brooks Glycerin Flex is a versatile women’s neutral running shoe that combines comfort with flexibility. The adaptive DNA cushioning responds...€180.00The Brooks Glycerin Flex is a versatile women’s neutral running shoe that combines comfort with flexibility. The adaptive DNA cushioning responds...- 10 %€161.99 Regular Price €180.00Highlights at a Glance Weight: 250 g DNA LOFT v3 cushioning for plush comfort Seamless engineered mesh upper for a snug fit 10 mm drop for a balanced...- 10 %€161.99 Regular Price €180.00Highlights at a Glance Weight: 260 g Drop: 10 mm Midsole Technology: DNA LOFT v3 Upper Material: Engineered Air Mesh Outsole: Green Rubber Unmatched...- 36 %€115.99 Regular Price €180.00Highlights at a Glance Weight: 255 g Drop: 10 mm DNA LOFT cushioning technology Ortholite sockliner for enhanced comfort Engineered mesh upper for br...- 11 %€159.95 Regular Price €180.00Highlights at a Glance Weight: 290 g Drop: 10 mm Midsole Technology: DNA LOFT cushioning Upper Material: Engineered Air Mesh Outsole: Blown Rubber fo...- 11 %€159.95 Regular Price €180.00The Brooks Glycerin 23 is a premium women’s neutral running shoe designed for runners who prioritize comfort and cushioning. The advanced DNA Lof...- 10 %€161.99 Regular Price €180.00Highlights at a Glance Weight: 258 g Drop: 10 mm Midsole Technology: DNA LOFT cushioning Upper: Engineered Mesh Outsole: Blown Rubber Plush Cushioni...- 10 %€161.95 Regular Price €180.00The Brooks Glycerin 23 is a premium women’s neutral running shoe designed for runners who prioritize comfort and cushioning. The advanced DNA Lof...