Men's Mach 7

Hoka

Detail

Who doesn’t want to go Mach speed? Our thoughts, exactly. Delivering light-on-your-feet cushioning with high-energy foam, our latest Mach 7 delivers the same snappy, responsive ride as its predecessor with a brand-new look. A tried-and-true trainer that employs speed focused design details throughout, we’ve enlisted a creel jacquard upper with zonal breathability and an internal gusset to deliver the locked-in fit to set your next PR.

Best For:

  • Everyday Run

Features

  • Creel jacquard upper
  • Refined, speed-centric tongue
  • Internal gusset
  • Super-critically foamed EVA
  • Sticky rubber forefoot
  • Durabrasion rubber at the heel

Specs

Weight: 8.37 oz

Heel-To-Toe Drop: 5.00 mm

Stability
The Mach 7 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 7 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.

Who doesn’t want to go Mach speed? Our thoughts, exactly. Delivering light-on-your-feet cushioning with high-energy foam, our latest Mach 7 delivers the same snappy, responsive ride as its predecessor with a brand-new look. A tried-and-true trainer that employs speed focused design details throughout, we’ve enlisted a creel jacquard upper with zonal breathability and an internal gusset to deliver the locked-in fit to set your next PR.

Best For:

  • Everyday Run

Features

  • Creel jacquard upper
  • Refined, speed-centric tongue
  • Internal gusset
  • Super-critically foamed EVA
  • Sticky rubber forefoot
  • Durabrasion rubber at the heel

Specs

Weight: 8.37 oz

Heel-To-Toe Drop: 5.00 mm

Stability
The Mach 7 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 7 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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