Select Model

    WE INDEPENDENTLY CHOOSE ALL PRODUCTS FEATURED ON OUR SITE. WE MAY RECEIVE A COMMISSION WHEN YOU CLICK ON LINKS TO THOSE PRODUCTS. YOU CAN LEARN MORE ABOUT OUR AFFILIATE POLICY IN OUR TERMS OF USE.

    Nike Air More Uptempo (DV1137-600)
    Date TBA

    Nike Gives the More Uptempo a "Triple Pink" Treatment

    Release

    Date TBA

    Heat

    95.70°

    Brand

    Nike

    SKU

    DV1137-600

    Color

    Pink Foam/Pink Foam/White

    Retail

    $170

    Date TBA

    Follow

    Nike is sweetening its classic Air More Uptempo lineup with a fresh, season-ready "Triple Pink" colorway.

    The "Triple Pink" Air More Uptempo keeps it traditional in construction but daring in color. The sneaker is dressed from top to bottom in a gentle pastel pink hue, a deviation from the typically vibrant and contrast-heavy colorways the Uptempos are known for. Full-grain leather forms the foundation of the upper, offering durability and a premium feel, while mesh and nylon materials interlace for comfort and support.

    This monochromatic masterpiece extends its candy-colored facade to the iconic 'AIR' lettering on the sidewalls, which amplifies the model's audacious architecture. Instead of the reflective 3M detailing or contrasting shades used in previous models, this version opts for a singular tone that showcases the silhouette's larger-than-life letters in a soft yet unmissable pink.

    Branding is subtle yet effective, with each logo hit blending seamlessly into the sneaker's all-pink aesthetic. The design's commitment to a single color extends to the sole, where the pink continues, grounding the sneaker in a bubblegum fantasy.

    The "Triple Pink" Nike Air More Uptempo is more than just a sneaker; it's a celebration of the spring season and a nod to the pastel trends that dominate it. Collectors will have to keep their radars tuned for the official release details. Until then, feast your eyes on the official images below.

    Other Releases

    Keep ScrollingServing up your next slice of heat

    Loading Next Article