Brooks Glycerin 23 Women's White Lilac

The Brooks Glycerin 23 is a high-performance running shoe designed for runners seeking comfort and cushioning. It's ideal for those undertaking long training runs or medium- to long-distance races, offering a smooth transition and a snug, comfortable fit.

It's designed primarily for runners at moderate to slow paces and those covering long distances like marathons or half marathons. The Glycerin 23 is especially useful for runners with a neutral gait or mild pronation who need extra support without sacrificing a smooth ride over long distances. Its design is geared towards providing a high level of comfort during long runs or endurance training, although it can also be used for daily training sessions.

The upper of the Glycerin 23 is constructed from a highly breathable technical mesh that provides an excellent fit. Its seamless design helps reduce friction points, and the upper's structure ensures a secure fit without being too tight. The mesh is flexible, adapting to the foot's natural movement during the stride and keeping the foot cool and dry. Additionally, the ankle collar is soft, enhancing overall comfort without causing irritation.

As for the midsole, it stands out for its DNA LOFT technology, which provides the Glycerin 23's signature cushioning. This foam offers a combination of softness and responsiveness, providing a floating sensation with every step. It's distributed throughout the entire shoe, delivering even cushioning and maintaining foot stability. DNA LOFT technology is also lighter and more durable than previous versions, ensuring runners enjoy a comfortable feel for longer without the cushioning degrading quickly.

The Brooks Glycerin 23's outsole features an optimized traction pattern for enhanced stability and grip on a variety of surfaces. It's constructed from a durable rubber material that performs well on both dry asphalt and wet terrain. The outsole design also incorporates a flex pattern in high-impact areas, improving the transition with each stride and providing greater performance on long runs.