In the quest for sustainable and unconventional material applications, the design team at Vollebak has successfully created a prototype wooden jacket, pushing the boundaries of textile and material science. While wood is commonly associated with construction, furniture, and product design, transforming it into a wearable fabric presents a significant technical challenge.

The Material Innovation Behind the Wooden Jacket
Wood as a textile material is not entirely new, with early examples like Tencel and lyocell derived from wood pulp. However, creating a jacket that retains the structural identity of wood while offering flexibility, breathability, and wearability is an ambitious endeavor. This prototype explores the intersection of natural materials, advanced fabrication techniques, and functional garment design.

The jacket is made from thinly sliced and specially treated wood veneers, designed to retain strength while allowing for movement. The process likely involves micro-perforations or layered composite structures that mimic the properties of fabric while maintaining the visual appeal of wood grain. This approach aligns with the growing demand for biobased and biodegradable materials in fashion and product design.

Applications Across Design Disciplines
For fashion designers, the wooden jacket represents an exploration into sustainable and experimental textiles, offering a new aesthetic while reducing reliance on synthetic fabrics. The use of natural materials can enhance the circularity of fashion, contributing to a lower environmental impact.

For product designers, this material innovation suggests new ways of integrating wood into flexible applications, potentially inspiring wearable technology, accessories, or even interior surfaces that require soft yet durable materials.

For architects and interior designers, the idea of flexible wood surfaces could extend beyond apparel into adaptable interior elements, modular partitions, and customizable furniture solutions, blending natural aesthetics with functional adaptability.

Sustainability and Circularity
The use of wood in textiles aligns with principles of sustainability, as responsibly sourced timber can be renewable and biodegradable. Unlike petroleum-based synthetic textiles, this innovation leverages a natural resource in a way that could reduce waste and reliance on harmful chemical treatments. Furthermore, if the wooden jacket incorporates biodegradable adhesives and finishes, it could significantly enhance circular design principles by enabling full compostability at the end of its lifecycle.

While still in its early prototype stage, this jacket is a strong statement on the possibilities of rethinking material applications in fashion and beyond. If further developed, it could lead to new, sustainable material solutions for a wide range of design fields.

Source: Vollebak
Photos: Vollebak