Zellerfeld and Baron Davis' OverDose brand launch OD Easy PZ 3D printed recovery sneaker at $199

Zellerfeld has launched the OD Easy PZ, a fully 3D printed post-workout recovery sneaker developed in partnership with OverDose, a new footwear brand co-founded by former NBA point guard Baron Davis, Sean O'Shea, and Geoff Deas. The shoe is made from Zellerfeld's proprietary zellerFOAM, a 100% recyclable TPU, using the company's extrusion-based 3D printing hardware. Customers order via smartphone foot scan, choosing from five colorways (marshmallow, lemon, black, grape, oat), with production on demand at Zellerfeld's factories in Hamburg, Germany and Austin, Texas. The OD Easy PZ retails at $199 and is the first product from OverDose, which describes its mission as moving footwear "from analog to AI."

This launch extends Zellerfeld's strategy of celebrity-branded, made-to-order 3D printed footwear, following collaborations with Justin Bieber, Nike, and Havaianas. The company operates two dedicated factories and uses a monolithic, laceless design language that differentiates it from lattice-based competitors like Hilos or the now-defunct Feetz. The partnership also introduces ODD LABS, a creator-first platform aimed at helping athletes and brands bypass traditional footwear development cycles. This fits the consumer-electronics vertical's fast qualification pattern, where AM enables rapid experimentation and direct-to-consumer production without inventory risk, though Zellerfeld's volumes remain modest compared to injection-molded footwear production.

For Zellerfeld, the OverDose partnership tests whether its platform can scale beyond one-off celebrity drops into repeatable brand collaborations. The company must demonstrate that its Austin factory can handle increased order volumes without compromising lead times or material consistency. For buyers, the $199 price point and smartphone foot scanning lower the barrier to trying 3D printed footwear, but the long-term value depends on whether the TPU foam holds up under daily use and whether Zellerfeld can expand its material palette beyond a single recyclable polymer.