Sale

Images

Image 1 of 8 of Kids Metropolis/Neon Lime GEL-QUANTUM 180 VII GS Kids Sportstyle Shoes and Sneakers
Image 2 of 8 of Kids Metropolis/Neon Lime GEL-QUANTUM 180 VII GS Kids Sportstyle Shoes and Sneakers
Image 3 of 8 of Kids Metropolis/Neon Lime GEL-QUANTUM 180 VII GS Kids Sportstyle Shoes and Sneakers
Image 4 of 8 of Kids Metropolis/Neon Lime GEL-QUANTUM 180 VII GS Kids Sportstyle Shoes and Sneakers
Image 5 of 8 of Kids Metropolis/Neon Lime GEL-QUANTUM 180 VII GS Kids Sportstyle Shoes and Sneakers
Image 6 of 8 of Kids Metropolis/Neon Lime GEL-QUANTUM 180 VII GS Kids Sportstyle Shoes and Sneakers
Image 7 of 8 of Kids Metropolis/Neon Lime GEL-QUANTUM 180 VII GS Kids Sportstyle Shoes and Sneakers
Image 8 of 8 of Kids Metropolis/Neon Lime GEL-QUANTUM 180 VII GS Kids Sportstyle Shoes and Sneakers

Details

GEL-QUANTUM 180 VII GS

$160.00 $112.00
or
Pay with

Promotions

Kids Pace Low Sock 2 Pack, Buy 1 Get 1 Free
Shop Now

Advanced cushioning properties for everyday scenarios.
Advanced cushioning properties for everyday scenarios.
Final Sale - this product cannot be returned unless faulty

Variations

Add to cart options

Product Actions

The GEL-QUANTUM 180™ VII GS (Grade School) sneaker combines a futuristic shape with advanced cushioning technologies.

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. It's more functional for young feet with active lifestyles.

Style #: 1204A088.022
  • Jacquard mesh upper
  • Scutoid GEL™ technology features a 3D geometry that creates better shock absorption
  • FLYTEFOAM™ cushioning provides lightweight impact absorption and a responsive rebound
  • At least 50% of the shoe’s main upper material is made in part 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