For those seeking early access, Zellerfeld will open an EQL raffle on Zellerfeld.com on June 22, several days before the SNKRS drop . This is the same model used for previous Air Max 1000 releases, where winners are automatically processed and shoes are printed on demand and shipped from Germany
.
Winners who don't secure a pair through the raffle can try their luck on the SNKRS app on June 25. Nike has not provided a separate date for the follow-up SNKRS release if the initial drop sells out .
The "Pink Spell" carries the official color description of Black / Pink Spell-White . The sneaker features a mostly monochromatic black 3D-printed upper, sharply contrasted by a vivid pink visible Air unit in the heel
. Subtle "Pink Spell" accents also appear on the upper itself
.
The design retains the laceless, slip-on construction and wavy upper patterns that mimic the original Air Max 1 mudguard, a signature of the Air Max 1000 series .
There is some variation in how outlets count the "Pink Spell" within the broader Air Max 1000.2 lineup. Complex describes it as the third colorway of the updated silhouette, following the initial "Black" and "Black/Hyper Crimson" releases . Other sources frame it simply as the latest release in the ongoing series
.
Regardless of the exact numbering, the "Pink Spell" is part of a rapidly expanding ecosystem of 3D-printed Nikes that began with the original Air Max 1000 in 2024 .
The Air Max 1000.2 "Pink Spell" is fully 3D-printed using Zellerfeld's GEN3 3D-printing technology, which is a significant evolution from earlier single-color-only prints . This system allows for multi-color printing in a single production run — a major breakthrough that enables the black upper and pink accents to be printed as one seamless piece
.
The shoe is part of Nike's "Air Works" digital footwear program . The outsole has also been optimized with a refined lug design, making each shoe quicker to print while maintaining durability and comfort
. Zellerfeld's GEN3 system, launched in 2025, is reported to be three times faster than its predecessor, targeting mass production scale
.
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