Daniyar Uderbekov, a designer based mostly in Kazakhstan, has developed UDRB, a pair of modular sneakers designed to handle environmental issues within the footwear business. The sneakers function a three-part development that may be assembled with out glue or instruments.
The UDRB sneakers encompass leather-based boots, a 3D printed TPU sole, and climbing rope laces. The leather-based boots draw inspiration from conventional Central Asian footwear known as Makshi and might be worn independently as indoor sneakers. The only real is 3D printed from thermoplastic polyurethane in a single piece, making it customizable to particular person footprints.
Meeting requires putting the leather-based boots on the TPU sole and securing them with climbing rope laces, a design alternative that displays Almaty’s mountainous panorama. The glueless development permits all elements to be simply dismantled for alternative, restore, or recycling.
The modular design goals to increase the product’s lifespan and assist round financial system rules in footwear manufacturing. Since every part might be changed individually, customers can preserve the sneakers longer than conventional glued footwear. The TPU sole materials might be recycled on the finish of its helpful life.
Uderbekov’s strategy combines 3D printing know-how with conventional design parts to create what he positions as a extra sustainable footwear possibility. The design emphasizes materials discount and repairability as options to traditional shoe manufacturing strategies.
Supply: yankodesign.com