-40%
Mizuno GX-Sonic Racing Mirrored Swim Goggle OSFA, Smoke Blue
Mizuno GX-Sonic Racing Mirrored Swim Goggle OSFA, Smoke Blue
Mizuno GX-Sonic Racing Mirrored Swim Goggle OSFA, Smoke Blue
Mizuno GX-Sonic Racing Mirrored Swim Goggle OSFA, Smoke Blue
Mizuno GX-Sonic Racing Mirrored Swim Goggle OSFA, Smoke Blue
Mizuno GX-Sonic Racing Mirrored Swim Goggle OSFA, Smoke Blue

Mizuno GX-Sonic Racing Mirrored Swim Goggle OSFA, Smoke Blue

$ 33.91

  • Brand: Mizuno
  • Brand Name: Mizuno
  • Color: Smoke Blue
  • Country/Region of Manufacture: Does not apply
  • Frame Material: Polycarbonate (PC)
  • Frame Type: Full Rim
  • Included Components: Goggles
  • Item Package Dimensions L x W x H: 7.17 x 2.87 x 1.89 inches
  • Item Weight: 0.07 Kilograms
  • MPN: Does not apply
  • Manufacturer: Mizuno
  • Material: Other
  • Model: Does not apply
  • Model Name: Gx-sonic
  • Number of Items: 1
  • Package Weight: 0.07 Kilograms
  • Size: OSFA
  • Sport Type: Swimming
  • Style: Unique
  • Suggested Users: unisex-adult
  • UPC: NA
  • Warranty Description: Manufacturer Defects
  • gtin13: NA

Description

Mizuno GX-Sonic Racing Mirrored Swim Goggle OSFA, Smoke Blue Product Details Item Package Dimensions L x W x H: 7.17 x 2.87 x 1.89 inches Package Weight: 0.07 Kilograms Item Weight: 0.07 Kilograms Brand Name: Mizuno Model Name: Gx-sonic Color: Smoke Blue Material: Other Suggested Users: unisex-adult Number of Items: 1 Manufacturer: Mizuno Style: Unique Included Components: Goggles Size: OSFA Sport Type: Swimming Brand: Mizuno Color: Smoke Blue Material: Other Frame Type: Full Rim Frame Material: Polycarbonate (PC) GX-SONIC Series: Mizuno's most elite swim product, built for competition. Enhanced Field Of Vision FINA Approved: Approved by FINA for National and International Swimming Competitions. FINA Approved racing swimsuits have a unique FINA barcode printed on the swimsuit, making it easily identifiable to swimming officials. Anti-fog: Goggle gasket made with polycarbonate anti fogging process. Low Profile: Low profile goggle for optimal hydrodynamics.