INFORMACIÓN DE MODA, TECNOLOGÍA Y MERCADOS PARA LA INDUSTRIA DEL CALZADO
NEWS | TECHNICAL
TECHNICAL | 23/08/2024

Footwear enters a new era

Driven by technological advancements and the demands for sustainability and comfort, the footwear industry is reconfiguring its evolution.


Through ongoing studies and research in laboratories, new properties are being added to footwear materials.

The footwear industry is entering a new period where technology, design, and sustainability converge to create shoes that are not merely a part of a wardrobe but an extension of digital and ethical identity.

Smart technology is set to redefine the functionality of footwear.

The integration of health tracking systems in shoes is on the rise, transforming them into wearable wellness devices. These shoes can monitor vital statistics, adapt to gait patterns to improve posture, reduce the risk of injuries, and even regulate temperature for enhanced comfort.

Sustainability will be at the heart of future footwear design.

With a growing global focus on environmental impact, footwear manufacturers are innovating with recycled, biodegradable materials or those derived from sustainable processes. The circular economy model is being adopted, aiming to create shoes that can be fully recycled, thereby reducing waste.

In terms of style, the line between casual and formal footwear will continue to blur. The demand for versatile shoes that adapt to various activities (from work to leisure) is driving the creation of designs that are both functional and modern. The athleisure trend remains strong, reflecting a broader shift towards comfort without compromising aesthetics.

Key innovative aspects:

  • Shoes are being equipped with sensors that provide real-time information about gait, balance, and even foot health. This data can be used to enhance comfort, prevent injuries, or tailor training plans for athletes.
  • Through data collection, smart shoes can actively adjust their properties. For example, they can change cushioning based on activity intensity or adapt their shape for improved comfort. Some models can interact with smartphones or other devices, allowing users to track their activity or control shoe functions remotely.
  • Self-adjusting footwear employs mechanisms and cables to automatically tighten laces to the user's foot, eliminating manual processes. For example, shoes inspired by the film "Back to the Future II."
  • The use of graphene (pure carbon of maximum hardness) is being explored to create soles that last longer and provide greater traction.
  • Experiences with 3D printing technologies are increasing to produce personalized shoes tailored to the shape and size of each person's foot.
  • There is a growing use of sustainable materials in footwear manufacturing, including recycled, biodegradable materials that require less energy to produce and less effort to decompose. Companies are experimenting with new materials derived from cork, hemp, recycled plastics, natural fibers, and more.
  • Smart materials can adapt to the shape, temperature, and movement of the user's foot, enhancing comfort and performance. Examples of smart materials already in use in footwear include viscoelastic foam and impact-absorbing gel, adopted by leading sports brands.
  • The use of materials with SURROUND technology (membrane + special fabrics), featuring 360º breathability and durable waterproof protection. Designed for warm climates and intense activities, this exclusive system dissipates heat and moisture in all directions, even through the sole.

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