Brooks Glycerin 17 Blue SS20 Men's Running Shoes

Brooks Glycerin 17 Blue SS20 Men's Running Shoes

The DNA LOFT cushioning offers more smoothness, dynamism, response and is very comfortable. A reference for neutral treadmills, and as a training shoe option for long runs without sacrificing optimal reactivity and durability.

● Drop: 10mm.

● Weight: 10.6oz / 300.5g.

Brooks Glycerin 17 Blue SS20 Men's Running Shoes

The DNA LOFT cushioning offers more smoothness, dynamism, response and is very comfortable. A reference for neutral treadmills, and as a training shoe option for long runs without sacrificing optimal reactivity and durability. One of its main changes is the renovation of the Upper, its double layer provides breathability and comfort. Another of its novelties is the outsole with the so-called IDEAL Pressure Zones zones, whose mission is to run effortlessly, distributing the pressure, evenly, between the heel, the midfoot and the forefoot. Blown Rubber, inserted in the forefoot area, gains greater flexibility, durability and responsiveness. The elastic inner booty that wraps the foot produces a quilted sensation and moves and expands with each step.

Features:

● New OrthoLite sock liner offers a more plush feel. Benefits:

● Balanced, soft cushioning: the brand new DNA LOFT cushioning is designed to provide a feeling of luxurious feel underfoot without losing responsiveness and durability.

● Soft transitions: the DNA LOFT transition zone makes any movement from heel to toe incredibly soft and delicate.

● Fleece fit: the plushy feel of the internal stretch sock wraps the foot to move and expand with your stride. The structured mesh upper and 3D printing technology improve the fit. Additional benefits:

● The new jacquard dubbed net has been designed to offer strategic breathability, flexibility and structure.

● IDEAL pressure zones that disperse the impact evenly for an effortless run.

● Ref: 1102961D425

Sex: Men
Color: Blue
Sole: Rubber
Outer material: Technical mesh
Interior material: Breathable materials