Gel-Quantum 180 Vii Shoes
The GEL-QUANTUM 180 VII sneaker combines a futuristic shape with advanced cushioning technologies studied at the ASICS Institute of Sport Science. Its upper is reworked with a jacquard mesh upper that's engineered for better ventilation and comfort. The design's sleek aesthetic also features smooth lines and fewer layers to create a more adaptable fit. This shoe's GEL technology is structured to improve shock absorption underfoot. Its scutoid shape allows you to move more naturally during everyday scenarios (like on-foot commuting or exploring new environments).
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Jacquard mesh upperScutoid GEL technology features a 3D geometry that creates better shock absorption
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FLYTEFOAM cushioning provides lightweight impact absorptionAt least 50% of the shoe’s main upper material is made with recycled materials to reduce waste and carbon emissions
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The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology
Original: $9,999.00
-65%$9,999.00
$3,499.65
Description
The GEL-QUANTUM 180 VII sneaker combines a futuristic shape with advanced cushioning technologies studied at the ASICS Institute of Sport Science. Its upper is reworked with a jacquard mesh upper that's engineered for better ventilation and comfort. The design's sleek aesthetic also features smooth lines and fewer layers to create a more adaptable fit. This shoe's GEL technology is structured to improve shock absorption underfoot. Its scutoid shape allows you to move more naturally during everyday scenarios (like on-foot commuting or exploring new environments).
-
Jacquard mesh upperScutoid GEL technology features a 3D geometry that creates better shock absorption
-
FLYTEFOAM cushioning provides lightweight impact absorptionAt least 50% of the shoe’s main upper material is made with recycled materials to reduce waste and carbon emissions
-
The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology
