Glue-free modular sneakers blend 3D printing with traditional Asian craftsmanship
Daniyar Uderbekov's UDRB design offers a new approach to sustainable footwear.
1Modular and glue-free design
Almaty-based designer Daniyar Uderbekov created the UDRB modular sneaker system, rethinking conventional footwear production methods. This adhesive-free design consists of a 3D-printed TPU sole, a leather inner boot inspired by traditional Central Asian Makhsi and Ichigi footwear, and a rope-based fastening system. Each component can be disassembled, repaired, replaced, and recycled, offering a sustainable alternative to conventional sneakers.
2Fusion of traditional craft and modern technology
The UDRB project explores the relationship between traditional craftsmanship and digital fabrication. The design uses historical footwear techniques as reference points for a circular design approach. Instead of permanent adhesives, it offers a disassemblable system where each part serves its specific function. This approach simplifies repair and recycling processes, extending the product's lifecycle.
3Advantages of 3D-printed soles
UDRB's sole is made from thermoplastic polyurethane (TPU) produced through additive manufacturing. This method allows customization of the sole's form and cushioning properties according to individual foot requirements. The recyclable component can be reprocessed and reprinted when needed. The design provides a personalized footwear experience while reducing material waste through its modular nature.
4Traditional leather craftsmanship
For the inner boot, Uderbekov drew inspiration from Makhsi and Ichigi, traditional footwear from Central Asia and the Caucasus region known for their flexible construction and protective qualities. The leather component offers ventilation and comfort while functioning as a standalone lightweight shoe for indoor or outdoor use. This dual-purpose design enhances the product's versatility and practicality.
5Climbing-inspired fastening system
UDRB replaces conventional laces with climbing rope and parachute fabric in its fastening system. These materials were selected for their durability and adjustability. The system threads beneath the sole and wraps around the foot, providing secure fastening while allowing personalized fit adjustments. The design reflects Almaty's mountainous landscape through its material choices.
6Ecological production approach
UDRB's development introduces an ecological approach to footwear manufacturing. Eliminating adhesives simplifies disassembly and enables separate maintenance or recycling of components. The project limits production materials to three main categories: TPU for the sole, leather for the inner boot, and rope/parachute fabric for fastening. This material reduction strategy minimizes environmental impact throughout the product lifecycle.
7Enhanced fastening system
The updated version of UDRB retains the original modular concept while refining its construction. Improvements to the fastening system introduce additional adjustment options and improved stability. The project is transitioning from experimental prototypes toward potential production, with ongoing optimization for user experience and durability. These developments demonstrate the design's evolution toward market readiness.
8New standard for sustainable fashion
The UDRB modular system proposes a usage model based on maintenance, adaptation, and longevity. It positions shoes as repairable objects that can evolve over time rather than being discarded after wear. By combining 3D printing with traditional leather craftsmanship, the design merges contemporary manufacturing methods with regional material knowledge. UDRB aims to establish new standards for sustainable fashion through its innovative approach to footwear design and production.