Editor’s Note
Adidas continues to push the boundaries of footwear manufacturing with its latest 3D-printed model, the CLIMACOOL LACED. This article explores its seamless, one-piece construction and its upcoming release.
With the CLIMACOOL LACED, adidas expands its experiments with additive manufacturing in the footwear sector. The new model is based on a 3D printing process where the upper and midsole are made from a continuous polymer material. This results in a seamless, one-piece shoe design that is not only structurally stable but also highly breathable. The official sales launch is on July 15 via the adidas website, physical stores, and selected retailers.
The production of the CLIMACOOL LACED is fully additive. The printing process connects elements of the upper directly with the sole, eliminating the need for traditional adhesives or stitching. The underlying lattice design is inspired by architectural lattice structures and ensures uniform air circulation around the entire foot. This supports temperature regulation during wear – particularly during athletic activity or in warm climates.
According to adidas, the shoe was specifically designed for a flexible fit. Compared to the CLIMACOOL model released in 2024, the new variant is individually adjustable via a lacing system. The combination of elastic, printed base material and conventional lacing is intended to improve both wearing comfort and foot posture. The polymer base used is also designed to remain breathable during movement and to respond dynamically to pressure zones.
Another technical aspect concerns production time. The additively manufactured shoe model goes through several phases such as spinning, curing, and compressing, taking a total of around 24 hours. Through precise control of material distribution in individual zones, different cushioning and support properties can be specifically integrated.