After making waves with its futuristic 3D-printed design, the Nike Air Max 1000 is back in a fresh and eye-catching “Lilac” colorway. This new release continues Nike’s groundbreaking partnership with Zellerfeld, the German tech company known for its innovative approach to 3D-printed footwear.
It’s been almost a year since the first reveal of the Air Max 1000, a shoe that changed how sneakers could be designed and manufactured. Following a few limited drops and a global debut earlier this year, Nike is expanding the lineup with a bold new shade.
The “Lilac” edition features a rich purple tone with hints of pink at the branded Air unit, creating a smooth, stylish gradient that stands out from previous releases. What makes this sneaker so special is its entirely 3D-printed construction — the whole shoe is made in one seamless piece using Zellerfeld’s proprietary printing technology, removing the need for stitching, glue, or traditional assembly.
The laceless design adds to its futuristic feel, while tonal Swoosh and “AIR” branding are subtly integrated into the print for a clean, minimalistic finish. Every pair is produced on-demand, meaning there’s virtually no waste — a step forward for both technology and sustainability in footwear design.
For those hoping to grab a pair, raffle sign-ups open on October 16 via Zellerfeld, and winners will be notified on October 21. Each pair will retail for $179 USD, offering sneaker fans a chance to own one of the most innovative Nike silhouettes in recent years.
Detail Info
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Name: Nike Air Max 1000 “Lilac”
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Colorway: Lilac / Pink
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Retail Price: $179 USD
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Release Date: Raffle opens October 16; winners notified October 21
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Where to Buy: Zellerfeld
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Technology: Fully 3D-printed, seamless one-piece design
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Features: Laceless construction, tonal Swoosh and “AIR” branding
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Previous Releases: Global debut in August 2025
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Material: Zellerfeld proprietary 3D-printed filament
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Special Note: Third global colorway in Nike and Zellerfeld’s collaboration
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Sustainability: Zero-waste, made-to-order production model




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