Nike has released the Air Max 1000.2 in a ‘Triple Black’ colourway, the latest iteration of its 3D-printed footwear concept developed in partnership with German additive-manufacturing firm Zellerfeld. The shoe is printed entirely in one piece from a flexible polymer, eliminating the need for glue or stitching.

Compared with the first Air Max 1,000, the 1000.2 features a refined lattice midsole that improves cushioning and durability while reducing material usage. The outsole geometry has been tweaked for better grip, and the upper has been adjusted to provide a more secure fit. The stealthy all-black finish emphasises the shoe’s organic shapes and futuristic texture.

In keeping with Zellerfeld’s closed-loop philosophy, worn pairs can be returned to be ground down and reprinted into new shoes, reducing waste. Nike will release the Air Max 1000.2 through a limited raffle on May 7, followed by a SNKRS drop and a small run via Zellerfeld’s beta program.

The retail price is reported to be around $200. As additive manufacturing matures, projects like the Air Max 1000.2 demonstrate how 3D printing can influence footwear design, allowing for complex lattice structures that would be impossible to produce using conventional methods.

For sneaker enthusiasts and technology fans alike, the 1000.2 offers a glimpse into a more sustainable and customisable future of shoe production.