Nike Wmns Air Structure OG onfeet
Nike Wmns Air Structure OG onfeet
Nike Wmns Air Structure OG
Nike Wmns Air Structure OG
Nike Wmns Air Structure OG

Nike Wmns Air Structure OG
White / Hyper Pink /Turbo Green / Photon Dust

Regular price
69 €
Sale price
130 €
Regular price
69 €
Please choose an amount
Choose the size
Show size as EU US UK
Delivery in 1 - 3 days*
Free shipping from 70,00 €*
Free return shipping from 40,00 €*
* For orders to Germany. Tax included, Shipping calculated at checkout.
Brand: Nike
SKU: CZ1529 100
Color name: White / Hyper Pink /Turbo Green / Photon Dust
Attention, Early-90s vibes - for the 30th anniversary Nike brings back the Air Structure OG! The upper, consisting of a material mix of leather, mesh and TPU, sits on top of the comfortable Nike Air cushioning. This is particularly set in scene by different colored outlines on the outside and inside. Embroidered logos on the heel and tongue round off the design.
  • Shipping within 1 - 3 days in GER
  • Free standard shipping on orders from 70 € (GER & AT) / 100 € (NL & FR)
  • Free returns on orders from 40€ in GER

About Nike

"Just do it": Hardly any other brand lives its brand slogan like the sporting goods manufacturer founded in Beaverton in 1971. In the 1960s, athletics coach Bill Bowerman set himself the task of developing the perfect running shoe for his students. Together with the student Phil Knight, this project gave rise to the company Nike, which celebrated its breakthrough at the 1972 Olympic Games.

Among the greatest achievements in the company's history are the involvement of the exceptional basketball talent Michael Jordan and the introduction of the visible Nike Air® cushioning on the Nike Air Max 1. The Nike Mag with its automatic lacing plays a central role in the 80s film classic "Back to the Future". Nike's chief designer Tinker Hatfield has recently managed to turn this dream idea into reality. Using Nike E.A.R.L. technology, he brings the first self-lacing shoe onto the market and thus heralds the future of sneaker development.