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Adidas Introduces Laced Variant of 3D-Printed Climacool Footwear

Adidas Introduces Laced Variant of 3D-Printed Climacool Footwear

Adidas has expanded its innovative 3D-printed footwear lineup with the introduction of the Climacool Laced, a new iteration that addresses one of the most significant limitations of its predecessor. The addition of traditional lacing mechanisms to these technologically advanced shoes represents a thoughtful evolution in the brand’s approach to additive manufacturing in footwear.

The original Climacool shoes, launched in limited quantities last September before receiving a broader global rollout in April 2025, were exclusively available as slip-on models. While this design showcased the seamless capabilities of 3D printing technology, it inherently limited the shoe’s appeal to consumers who require precise fit adjustments. The new laced version, priced at $160 compared to the slip-on’s $140, directly addresses this concern by incorporating adjustable elements that allow wearers to customize the snugness of their fit.

From a design perspective, the integration of laces and a black tongue creates a more conventional aesthetic that may appeal to consumers who found the original’s experimental appearance too avant-garde for everyday wear. This strategic move suggests Adidas recognizes the importance of balancing innovation with market accessibility. The company’s decision to maintain the core 3D-printed structure while selectively adding traditional components demonstrates a pragmatic approach to product development.

The manufacturing process remains largely unchanged, with each shoe requiring approximately 24 hours of production time involving spinning, baking, and compression techniques using advanced polymers. This extended production timeline, while impressive from a technological standpoint, raises questions about scalability and cost-effectiveness for mass market adoption. The breathable lattice structure and quick-drying properties continue to be the shoe’s primary functional advantages.

The distribution strategy through Adidas’ Confirmed platform and select retailers maintains an element of exclusivity while gradually expanding availability. This approach allows the company to gauge market response while managing production capacity constraints inherent in current 3D printing technology. The success of this laced variant will likely influence future developments in additive manufacturing applications within the footwear industry.

Adidas Introduces Laced Variant of 3D-Printed Climacool Footwear

Adidas Introduces Laced Variant of 3D-Printed Climacool Footwear

Adidas has expanded its innovative 3D-printed footwear lineup with the introduction of the Climacool Laced, a new iteration that addresses one of the most significant limitations of its predecessor. The addition of traditional lacing mechanisms to these technologically advanced shoes represents a thoughtful evolution in the brand’s approach to additive manufacturing in footwear.

The original Climacool shoes, launched in limited quantities last September before receiving a broader global rollout in April 2025, were exclusively available as slip-on models. While this design showcased the seamless capabilities of 3D printing technology, it inherently limited the shoe’s appeal to consumers who require precise fit adjustments. The new laced version, priced at $160 compared to the slip-on’s $140, directly addresses this concern by incorporating adjustable elements that allow wearers to customize the snugness of their fit.

From a design perspective, the integration of laces and a black tongue creates a more conventional aesthetic that may appeal to consumers who found the original’s experimental appearance too avant-garde for everyday wear. This strategic move suggests Adidas recognizes the importance of balancing innovation with market accessibility. The company’s decision to maintain the core 3D-printed structure while selectively adding traditional components demonstrates a pragmatic approach to product development.

The manufacturing process remains largely unchanged, with each shoe requiring approximately 24 hours of production time involving spinning, baking, and compression techniques using advanced polymers. This extended production timeline, while impressive from a technological standpoint, raises questions about scalability and cost-effectiveness for mass market adoption. The breathable lattice structure and quick-drying properties continue to be the shoe’s primary functional advantages.

The distribution strategy through Adidas’ Confirmed platform and select retailers maintains an element of exclusivity while gradually expanding availability. This approach allows the company to gauge market response while managing production capacity constraints inherent in current 3D printing technology. The success of this laced variant will likely influence future developments in additive manufacturing applications within the footwear industry.