Vehicle design is expected to change greatly in the coming years, so the 'Cercle' steering wheel concept has been designed to give a glimpse of what drivers could expect. Designed by Dominik Bini and Stu Cole, the steering wheel boasts a series of touch-sensitive controls on the surface to help drivers easily access various features. The steering wheel is also crafted using recyclable materials as part of a contribution towards the circular economy initiative.
The 'Cercle' steering wheel concept also allows the internal technology components to be swapped out as required, while the external housing is replaceable if damaged. These details contribute towards a more sustainable approach to vehicle design that could take precedence in the near future.
Touch-Sensitive Steering Wheels
The 'Cercle' Steering Wheel Concept Has a Recyclable Design
Trend Themes
1. Touch-sensitive Controls - A growing demand for touch-sensitive controls in various industries can open new opportunities for manufacturers and designers to create more intuitive and interactive products.
2. Circular Economy Initiative - The implementation of a circular economy initiative in design and production processes can lead to a more sustainable and responsible approach to manufacturing products across different industries.
3. Modular Design - The trend towards modular design and interchangeable components can improve the usability and longevity of products in various industries, as well as reduce waste and promote sustainability.
Industry Implications
1. Automotive - The incorporation of touch-sensitive controls and modular design in automotive product development can enhance user experience and increase sustainability efforts across the industry.
2. Consumer Electronics - The integration of touch-sensitive controls in consumer electronics can improve usability and functionality of devices, as well as reduce the need for physical buttons and switches.
3. Furniture - The application of circular economy principles in furniture design and production can minimize waste and extend product life cycle, resulting in more sustainable and environmentally responsible products.