W. Brooks Glycerin Max
The new midsole material, aptly named DNA Tuned, is the latest iteration of nitrogen-infused foam that’s designed with different-sized cell technology (larger in the heel for soft landing and smaller in the forefoot for more bounce). It also features a construction similar to rim and core, except both the rim and core of the midsole are adhered together before the foaming process to create a seamless bond. The Max comes into play with just how much of that DNA Tuned they placed underfoot: 45 mm in the heel and 39 mm in the forefoot, for a 6 mm drop. A fairly dramatic Glideroll rocker and plenty of rubber on the outsole finish off this highly cushioned trainer.
The new midsole material, aptly named DNA Tuned, is the latest iteration of nitrogen-infused foam that’s designed with different-sized cell technology (larger in the heel for soft landing and smaller in the forefoot for more bounce). It also features a construction similar to rim and core, except both the rim and core of the midsole are adhered together before the foaming process to create a seamless bond. The Max comes into play with just how much of that DNA Tuned they placed underfoot: 45 mm in the heel and 39 mm in the forefoot, for a 6 mm drop. A fairly dramatic Glideroll rocker and plenty of rubber on the outsole finish off this highly cushioned trainer.
The new midsole material, aptly named DNA Tuned, is the latest iteration of nitrogen-infused foam that’s designed with different-sized cell technology (larger in the heel for soft landing and smaller in the forefoot for more bounce). It also features a construction similar to rim and core, except both the rim and core of the midsole are adhered together before the foaming process to create a seamless bond. The Max comes into play with just how much of that DNA Tuned they placed underfoot: 45 mm in the heel and 39 mm in the forefoot, for a 6 mm drop. A fairly dramatic Glideroll rocker and plenty of rubber on the outsole finish off this highly cushioned trainer.