The project explores sustainability through material reduction, disassemblable construction, and cultural continuity. Unlike conventional glued footwear, UDRB is fully modular and dismantlable. The design allows each component to be repaired, replaced, or recycled, extending the lifespan of the product and simplifying end-of-life management. The sneaker references the makhsi or ichigi, traditional leather boots from Central Asia and the Caucasus, adapting their construction for contemporary use.

The sneaker is composed of three main elements: a 3D printed TPU sole, a leather inner bootie, and a climbing rope lacing system. The sole is lightweight, flexible, and cushioned, with the potential for customization to match an individual footprint. Because it is produced from a single material, it can be fully recycled. The leather inner bootie draws from the form and function of the makhsi, offering natural breathability and comfort. It can also be worn independently as indoor footwear. The climbing rope lacing, a reference to the mountain landscapes surrounding Almaty, replaces rigid hardware and allows the shoe to be secured in a lightweight, adaptable way. In assembly, the leather bootie is placed into the TPU sole and secured by wrapping the rope, creating a stable yet flexible fit.

The design emphasizes glueless construction, reducing environmental impact while enabling repairability and recyclability. Durable natural leather contributes to longevity, and the replaceable rope system further supports circular use. By reinterpreting traditional footwear through modern fabrication methods, designer Daniyar Uderbekov bridges contemporary technology with cultural heritage.

UDRB is conceived for consumers who value sustainable and repairable products, adaptable and lightweight travel gear, and design that reflects cultural identity alongside modern innovation. Its hybrid nature, combining low-tech leather craftsmanship with high-tech additive manufacturing, aligns with the principles of the slow fashion movement, presenting an alternative to disposable consumer culture.

The project also outlines potential for future development. Variations may include interchangeable soles designed for different terrains, seasonal adaptations such as insulated versions for winter, and broader material and pattern customizations. Collaboration with local artisans would further integrate craft traditions into the system. Through its modular construction, reduced material palette, and cultural grounding, UDRB proposes a design framework where sustainability, heritage, and technology operate together in a single product.