HAL STUDIOS x GEL-KAYANO 20

สินค้าลดราคา
  • รูปภาพ 1 จาก 8 ถึง Unisex BONE HAL STUDIOS x GEL-KAYANO 20 Unisex Sportstyle Shoes
  • รูปภาพ 2 จาก 8 ถึง Unisex BONE HAL STUDIOS x GEL-KAYANO 20 Unisex Sportstyle Shoes
  • รูปภาพ 3 จาก 8 ถึง Unisex BONE HAL STUDIOS x GEL-KAYANO 20 Unisex Sportstyle Shoes
  • รูปภาพ 4 จาก 8 ถึง Unisex BONE HAL STUDIOS x GEL-KAYANO 20 Unisex Sportstyle Shoes
  • รูปภาพ 5 จาก 8 ถึง Unisex BONE HAL STUDIOS x GEL-KAYANO 20 Unisex Sportstyle Shoes
  • รูปภาพ 6 จาก 8 ถึง Unisex BONE HAL STUDIOS x GEL-KAYANO 20 Unisex Sportstyle Shoes
  • รูปภาพ 7 จาก 8 ถึง Unisex BONE HAL STUDIOS x GEL-KAYANO 20 Unisex Sportstyle Shoes
  • รูปภาพ 8 จาก 8 ถึง Unisex BONE HAL STUDIOS x GEL-KAYANO 20 Unisex Sportstyle Shoes
HAL STUDIOS x GEL-KAYANO 20
Unisex Sportstyle Shoes
฿ 8,200.00 ฿ 4,920.00

 

 

Originally launched in 2013, the GEL-KAYANO™ 20 sneaker is formerly recognized for its structural cushioning capabilities while running longer distances. Its architectural aesthetic draws design influences from buildings and cars, creating a technical shape that yields a wide range of functional capabilities for everyday experiences.

Its upper construction features a FLUIDFIT™ cage that promotes a glove-like fit. This criss-cross TPU application targets key areas for improved support.

Retaining its architectural aesthetics, this sneaker's structural cushioning capabilities are left intact. It features dual GEL™ technology inserts and a GUIDANCE TRUSSTIC™ support system that help provide advanced comfort and stability in everyday scenarios.

Style #: 1203A499-250
  • Breathable mesh underlays
  • 2010s design aesthetics
  • FLUIDFIT™ cage application for a supportive fit
  • Rearfoot and forefoot GEL™ technology
    Helps create advanced impact absorption
  • GUIDANCE TRUSSTIC™ support system
    Helps improve stability
  • At least 30% of the upper material is made with synthetic fiber
  • 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 technologys