Womens Superrep Go 3 Flyknit Training Shoe

The new Nike SuperRep Go 3 Flyknit is a radical design story rooted in innovation. Made from at least 20% recycled content by weight, the zoned Flyknit construction wraps your foot in 360 degrees of comfort and support. A finely ground, reclaimed foam midsole gives you responsive cushioning for high-impact training. The lightweight, packable design lets you keep them close, no matter where your next workout takes you.

Mindful Design

Made from recycled materials, the stretchy Flyknit upper is strategically zoned for added containment during side-to-side movement. Reclaimed foam is mixed with finely ground Nike Grind for a new midsole designed to improve comfort, stability and durability.

Packable. Lightweight. Durable

Designed with versatility in mind, the lightweight modifications to the upper, midsole and outsole give you a flexible shoe made for more than just your next HIIT class. Equipped to tackle your most challenging plyometrics, yet comfortable enough to wear around town. When it's not on your foot, you'll want to keep this shoe close. The flexible packability of the new design makes that easy.

Less Shoe, More You

In an effort to minimise waste through an efficient method of construction, we cored out portions of the midsole, resulting in a lighter feel. The rubber on the outsole is placed in high-wear areas only—achieving an efficient design that gives you everything you need and nothing you don't.

More Benefits

• Modified Flyknit upper with energetic stitched-in patterning provides a playful and functional finish.
• Upper is strategically zoned to hug your foot for containment and stability during quick, active movements.
• Lightweight foam in the midsole went through a finer process for a softer, more comfortable feel for everyday wear.
• Flex grooves on the sole let your foot bend naturally.
• Rubber on the outsole is strategically placed in the toe tip, forefoot and heel, addressing the high-wear areas to enhance durability and still give you reliable, multi-directional traction.