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The Brooks Glycerin GTS 23 is the choice for runners seeking a combination of softness and structured support. This updated model features an additional 2mm of nitrogen-infused DNA Tuned cushioning, providing even plusher landings and more powerful toe-offs than previous versions. To keep your stride aligned, Brooks utilizes its signature GuideRails® technology, which supports your body's natural motion while limiting excess movement. Finished with a new, streamlined engineered knit upper, the Glycerin GTS 23 delivers a breathable, glove-like fit for your most effortless runs yet.
Next-generation nitrogen-infused foam with a dual-cell design—larger cells in the heel for soft landings and smaller cells in the forefoot for a responsive toe-off
Engineered triple-jacquard knit upper for enhanced breathability, softness, and an accommodating fit
GuideRails® support system keeps excess movement in check, supporting your feet, knees, and hips
Updated midsole and outsole geometry promote a steady, effortless flow from heel-to-toe
The Brooks Glycerin GTS 23 is the choice for runners seeking a combination of softness and structured support. This updated model features an additional 2mm of nitrogen-infused DNA Tuned cushioning, providing even plusher landings and more powerful toe-offs than previous versions. To keep your stride aligned, Brooks utilizes its signature GuideRails® technology, which supports your body's natural motion while limiting excess movement. Finished with a new, streamlined engineered knit upper, the Glycerin GTS 23 delivers a breathable, glove-like fit for your most effortless runs yet.
Next-generation nitrogen-infused foam with a dual-cell design—larger cells in the heel for soft landings and smaller cells in the forefoot for a responsive toe-off
Engineered triple-jacquard knit upper for enhanced breathability, softness, and an accommodating fit
GuideRails® support system keeps excess movement in check, supporting your feet, knees, and hips
Updated midsole and outsole geometry promote a steady, effortless flow from heel-to-toe