| Taille | Poitrine | Taille | Hanche |
| CM | |||
| 2XS | |||
| XS | 83 - 86 | 71 - 74 | 82 - 85 |
| S | 87 - 92 | 75 - 80 | 76 - 91 |
| M | 93 - 100 | 81 - 88 | 92 - 99 |
| L | 101 - 108 | 89 - 96 | 100 - 107 |
| XL | 109 - 118 | 97 - 106 | 108 - 116 |
| 2XL | 119 - 130 | 107 - 119 | 117 - 125 |
| 3XL | 131 - 142 | 120 - 132 | 126 - 135 |
| 4XL | |||
| 5XL | |||
Brooks Glycerin GTS 23 Mens Road Running Shoes
At the core of the Glycerin GTS 23 is plush DNA LOFT v3 cushioning paired with Brooks’ trusted GuideRails™ support system, which helps keep excess movement in check without disrupting your natural stride. An engineered, breathable upper provides an accommodating fit for all-day comfort, while the broad, stable base inspires confidence mile after mile, even when fatigue sets in.
- DNA LOFT v3 nitrogen-infused midsole foam delivers ultra-soft cushioning with smooth, responsive transitions
- GuideRails™ holistic support system helps reduce excess movement while allowing natural motion
- Engineered mesh upper offers breathable comfort with a secure, accommodating fit
- Broad, stable platform enhances control and confidence on long road runs
- Upper constructed with over 60% recycled materials for a more sustainable performance design
At the core of the Glycerin GTS 23 is plush DNA LOFT v3 cushioning paired with Brooks’ trusted GuideRails™ support system, which helps keep excess movement in check without disrupting your natural stride. An engineered, breathable upper provides an accommodating fit for all-day comfort, while the broad, stable base inspires confidence mile after mile, even when fatigue sets in.
- DNA LOFT v3 nitrogen-infused midsole foam delivers ultra-soft cushioning with smooth, responsive transitions
- GuideRails™ holistic support system helps reduce excess movement while allowing natural motion
- Engineered mesh upper offers breathable comfort with a secure, accommodating fit
- Broad, stable platform enhances control and confidence on long road runs
- Upper constructed with over 60% recycled materials for a more sustainable performance design