Experience explosive energy and unmatched comfort with the ASICS Novablast 5. Featuring tongue wing construction, these shoes maximize stretch for a better fit and minimize tongue movement for superior comfort. The Flyte Foam Blast Max cushioning provides exceptional bounce and energy return, while the Trampoline-inspired outsole ensures responsive rebound for a comfortable run. Constructed with a series of recycled materials and the upper featuring at least 75% recycled content, the ASICS Novablast 5 reflects the brand's commitment to zero waste, zero carbon emissions, and a greener future. ASICS Novablast 5 features: Engineered mesh upper ensures maximum airflow Reflective details enable visibility in low-light settings. AHAR LO rubber outsole offers traction, improved softness, and advanced durability. Weight: 7.7 oz. *Sockliner is crafted using a solution dyeing process that cuts water usage by 33% and carbon emissions by 45% compared to traditional methods.
ASICS Women's Nova Blast 5 Running Sneakers From Finish Line In White,coral Reef
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Women's Nova Blast 5 Running Sneakers From Finish Line In White,coral Reef
Experience explosive energy and unmatched comfort with the ASICS Novablast 5. Featuring tongue wing construction, these shoes maximize stretch for a better fit and minimize tongue movement for superior comfort. The Flyte Foam Blast Max cushioning provides exceptional bounce and energy return, while the Trampoline-inspired outsole ensures responsive rebound for a comfortable run. Constructed with a series of recycled materials and the upper featuring at least 75% recycled content, the ASICS Novablast 5 reflects the brand's commitment to zero waste, zero carbon emissions, and a greener future. ASICS Novablast 5 features: Engineered mesh upper ensures maximum airflow Reflective details enable visibility in low-light settings. AHAR LO rubber outsole offers traction, improved softness, and advanced durability. Weight: 7.7 oz. *Sockliner is crafted using a solution dyeing process that cuts water usage by 33% and carbon emissions by 45% compared to traditional methods.