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 Force 1 Low LXX “Mars Yard” (DQ0858-100)
    Dropped

    Air Force 1 Low LXX Tackles Tom Sachs’ Mars Yard Aesthetic

    Release

    2021.10.14

    Brand

    Nike

    SKU

    DQ0858-100

    Color

    N/A

    Dropped

    Follow

    Though it’s obvious that Nike is unwavering in its approach to bold, new options of the Air Force 1. The deconstructed LXX edition is but one of the more recent variations that have explored panel shifting and remodeling. The next of its kind to appear draws cues from the famed “Mars Yard” design from Tom Sachs design from 2012, with a similar feel coming off the pair’s palette

    Arriving anchored on an off-white sole unit, the upper’s base leather reflects its bedrock in hue before rich tan suede engulfs the traditional placements in its signature reconstructed tooling. Split and stowed suede Swooshes settle on a maroon shade, whilst liners, laces, and inverted tongues trail back to its sail foundation. Completing the design is a duo of pastel pink pops, with eh enamel dubrae and heel strip both donning the pigment.

    A release date for the Air Force 1 Low LXX “Mars Yard” has not yet been announced, so until more info arrives you can enjoy the official images here below, and be sure to keep your eyes glued to our official Twitter account for further updates on its release.

    Update 10.04.21 Retailers in Europe have confirmed a release for the Air Force 1 Low LXX “Mars Yard” for October 14th. If you’re within the region, check the links to the release below, and those of you elsewhere will have to tune into our official Twitter Account for more info on its global rollout.

    Nike Air Force 1 Low LXX “Mars Yard”

    Release Date: October 14th, 2021

    Style Code: DQ0858-100

    Related Releases

    Keep ScrollingServing up your next slice of heat

    Loading Next Article