The adidas Yeezy Boost 700

Designed by adidas and Kanye West, the adidas Yeezy Boost 700 marks a groundbreaking moment in modern sneaker design.

With its chunky silhouette and bold, multilayered construction, the Yeezy Boost 700 quickly broke from traditional sneaker aesthetics. A major departure from sleek, minimalist designs that dominate the market, this sneaker introduces a new wave of maximalist style.

As a surprise drop in August 2017, the first 'Wave Runner' colorway made headlines with its chunky sole and multi-colour blocking.

The Design of Yeezy 700

A distinctively shaped sole adds bulk to the sneaker's profile while ensuring stability and support. The Boost 700's midsole is packed with Boost cushioning technology.

In addition to making the shoe more visible, reflective details add to its futuristic look. The shoe's robust lacing system ensures a secure and adjustable fit.

Comfortable ankle and instep support is often provided by padded tongues and collars. With its rugged outsole, the adidas Yeezy Boost 700 pushes the boundaries of traditional footwear while adding aesthetics and functional traction.

adidas Yeezy Boost 700 iterations

adidas' Yeezy Boost 700 series is widely known for its innovative and evolving designs, with signature colorways introducing each variation. Featuring a chunky silhouette and a playful mix of grey, black, blue, and green hues, the original Yeezy Boost 700 debuted in the 'Wave Runner' colorway.

A muted, monochromatic theme and refined panelling comprise the 'Static' colorway of the Yeezy Boost 700 V2. The 'Azael' colorway introduces the Yeezy Boost 700 V3, featuring a futuristic design in a striking white and grey palette.

Finally, the Yeezy Boost 700 MNVN launched with the 'Triple Black' and 'Orange' colorways, sporting a sleek nylon upper and bold 700 branding, marking a significant shift towards a more urban and modern aesthetic.

Kanye West's dynamic approach to sneaker design was highlighted in each of these initial colorways, which set the tone for their respective models.