Women's Brooks Glycerin 23 Wide (D Width)

Brooks Glycerin 23 Women's Running Shoes

Go the distance in the ultra-soft Brooks Glycerin 23. Premium, tuned cushioning offers plush landings and powerful toe-offs, stride after stride.

Triple Jacquard Warp Knit Upper

Updated using a triple jacquard warp knit, the upper of the Glycerin 23 delivers high levels of breathability alongside an accommodating fit that stays soft against your foot. The knit upper allows cool, refreshing air to circulate, while at the same time removing unwanted warm air to help control temperature and create a microclimate where feet can thrive. The soft, padded heel collar and tongue sit close to the foot to increase comfort and reduce the chance of irritation, while the heel pull tabs assist in putting the shoes on and off. Completing the upper is a traditional lacing system which locks the midfoot to prevent excessive movement and provides a stable fit.

DNA Tuned Midsole

The Glycerin 23 utilises an updated DNA Tuned midsole. This nitrogen-infused cushioning features dual-size cell technology that helps to maximise softness to provide plush landings and energising toe-offs. Larger cells of this technology, located on the heel, ensure plush landings, with an additional 2mm of the smaller cells on the forefoot than the previous version, providing excellent propulsion to propel you forward into your next stride. The midsole also offers optimal cushioning and support, which helps to lessen the impact placed upon your joints as well as absorb shock, minimising the potential risk of injury or discomfort.

Durable Rubber Outsole

The Glycerin 23 features a durable rubber outsole that stabilises the foot and promotes a smooth heel-to-toe transition. The resilient rubber offers exceptional durability, delivering sustainable performance and ensuring a firm, assured foothold with high grip and traction. This design allows the shoe to flex naturally with the foot, providing a more comfortable and confident ride without compromising on grip or durability.