Kids' Mach 6

Hoka

Detail

Everyday speed for future flyers. What kid doesn’t want to go Mach speed? Our thoughts, exactly. Delivering the same snappy ride as our adults’ style, the kids’ Mach 6 is light, fast, and undeniably comfy. A lively pavement pounder geared to go the distance, we’ve cued up a 44% recycled woven upper, cushy 50% sugarcane EVA midsole, protective toe cap, and Durabrasion rubber outsole that’s thicker than our adults’ version for the extra durability your kiddos need.

Best For

Everyday Run

Features

  • 44% recycled woven upper
  • 50% sugarcane EVA midsole
  • Protective toe cap
  • Durabrasion rubber outsole
  • Removable sockliner

Specs

  • Weight: 6.70 oz
  • Heel-To-Toe Drop: 5.00 mm
  • Stability: The Mach 6 features a symmetrical bed of cushion without additional prescriptive technologies. Designed to provide the support you want and nothing you don't.
  • Cushion: The Mach 6 features a low-profile cushion bed that keeps your foot closer to the ground, and utilizes a firmer material designed to provide an efficient push-off.

Everyday speed for future flyers. What kid doesn’t want to go Mach speed? Our thoughts, exactly. Delivering the same snappy ride as our adults’ style, the kids’ Mach 6 is light, fast, and undeniably comfy. A lively pavement pounder geared to go the distance, we’ve cued up a 44% recycled woven upper, cushy 50% sugarcane EVA midsole, protective toe cap, and Durabrasion rubber outsole that’s thicker than our adults’ version for the extra durability your kiddos need.

Best For

Everyday Run

Features

  • 44% recycled woven upper
  • 50% sugarcane EVA midsole
  • Protective toe cap
  • Durabrasion rubber outsole
  • Removable sockliner

Specs

  • Weight: 6.70 oz
  • Heel-To-Toe Drop: 5.00 mm
  • Stability: The Mach 6 features a symmetrical bed of cushion without additional prescriptive technologies. Designed to provide the support you want and nothing you don't.
  • Cushion: The Mach 6 features a low-profile cushion bed that keeps your foot closer to the ground, and utilizes a firmer material designed to provide an efficient push-off.

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