Nothing has ever been as pleasant as racking up the miles with the Brooks Glycerin GTS 20 shoe for women. Redesigned for more ease on roads and marked paths, it enhances your running sessions.
The new DNA LOFT V3 technology in the midsole forms the softest cushioning in the range. Composed of injected nitrogen, it is much lighter and more responsive than the previous version. You thus benefit from intense and lasting energy return to tackle distance challenges.
The GuideRails system takes care of controlling your pronation and correcting your posture to drastically reduce the risk of injury.
The Engineered mesh upper reduces the overall weight and offers optimal breathability. Designed with 3D Fit Print technology, the upper promises a custom fit and long-lasting comfort.
Also redesigned and widened, the shape of the outsole improves your transitions for natural strides. Its rubber resists abrasion and guarantees ideal traction.
Key features of the Brooks Glycerin GTS 20 shoe
Discover our complete range of women's running shoes Brooks Glycerin and find the pair that will take you all the way to the marathon!
Integrated component on the internal and lateral faces that offers customized support. With each of your movements, your hips, knees, and joints remain aligned, without the need for traditional adjustments.
A custom-designed mesh, strategically woven to provide structure and breathability.
A revolutionary process, utilizing screen printing technology to apply an intelligent structure to the upper. The different layers on the upper are applied through 3D printing and not sewn, for greater softness and lightness.
Green Rubber is a more flexible, more adhesive, and more durable rubber compared to blown rubber, and it also guarantees better traction. It is often found in the forefoot and midfoot areas.
The brand's softest cushioning to date, the DNA LOFT v3 features nitrogen infusion. It is softer, lighter, and more responsive than the previous versions. The refined nitrogen infusion uses large-cell foam for optimized responsiveness and cushioning without sacrificing durability.