Hoka Mach Supersonic Womens Running Shoes Radiant Yellow/Camellia

This is the womens Mach Supersonic from Hoka, a neutral and more responsively cushioned road running shoe designed for road racing and faster training. The Mach Supersonic for women weighs only 195g and features a brand new PROFLY+ midsole that you’ll also find in the new carbon plate shoe.

The Mach Supersonic is a great alternative to a carbon plate running shoe, which if used too regularly can leave the runner somewhat dependent on these technologies or he or she is left feeling “slow” in regular, non-carbon plate running shoes.

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Hoka One One describe the womens Mach Supersonic as: “The newest launch from HOKA’s innovation pipeline, the Mach Supersonic, a limited release that features PROFLY+™ midsole construction for explosive, everyday training. PROFLY+ represents the incredibly bouncy and lightweight new foam, the same as the top layer Carbon X3, the Mach Supersonic has in the midsole. Finished with a breathable jacquard upper and contoured collar, it has all the makings to break the sound barrier.

Why you’ll love it: New PROFLY+™ midsole construction combines the maximal cushion of our original road and trail models with the dual-density PROFLY™ “intelligent cushioning” experience.

Breathable engineered mesh and a heel pull tab designed for ease of use make this a comfortable trainer capable of up-tempo training and easy-flowing miles alike.”

FEATURES

• Breathable engineered mesh
• Heel pull tab
• All-new lightweight, resilient foam and PROFLY+™ construction
• Molded EVA sockliner
• Early stage Meta-Rocker
• Rubberised EVA
• Vegan
• PROFLY™
• Designed For Racing

Volume: 645cm³

Weight: 195g

Heel-To-Toe Drop: 5mm

Stability: Neutral//Moderate//Stable

The Mach Supersonic features a symmetrical bed of cushion without additional prescriptive technologies. Designed to provide the support you want and nothing you don’t.

Cushion: Responsive//Balanced//Plush

The Mach Supersonic 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.