Solution Speed model features a PU (polyurethane) application on the upper. It provides better support, flexibility, and an improved fit. DYNAWRAP technology helps to provide more stability in the forefoot during side-to-side movements. The solution to produce sockliner with the dyeing process is reducing water usage by 33% and carbon emissions by approx. 45%. TWISSTRUSS technology in the midsole is improving cutting motions and quick transitions.
Solution Speed model features a PU (polyurethane) application on the upper. It provides better support, flexibility, and an improved fit. DYNAWRAP technology helps to provide more stability in the forefoot during side-to-side movements. The solution to produce sockliner with the dyeing process is reducing water usage by 33% and carbon emissions by approx. 45%. TWISSTRUSS technology in the midsole is improving cutting motions and quick transitions.
in 1 offers
Solution Speed model features a PU (polyurethane) application on the upper. It provides better support, flexibility, and an improved fit. DYNAWRAP technology helps to provide more stability in the forefoot during side-to-side movements. The solution to produce sockliner with the dyeing process is reducing water usage by 33% and carbon emissions by approx. 45%. TWISSTRUSS technology in the midsole is improving cutting motions and quick transitions.
Solution Speed model features a PU (polyurethane) application on the upper. It provides better support, flexibility, and an improved fit. DYNAWRAP technology helps to provide more stability in the forefoot during side-to-side movements. The solution to produce sockliner with the dyeing process is reducing water usage by 33% and carbon emissions by approx. 45%. TWISSTRUSS technology in the midsole is improving cutting motions and quick transitions.
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Last updated at 18/05/2025 13:03:10
