Range anxiety continues to be top-of-mind for many drivers with an electric vehicle or who are looking to make the switch, which is something the futuristic 'Ada' autonomous vehicle concept aims to put to bed.
Designed by Theodore Todorova, the vehicle is imagined with a sculpted form that looks futuristic and chic on the roadway with ample space on the interior for passengers. The vehicle is constructed with an auxetic-type material that will expand and contract according to the particular function that it's in. The trunk and front cover thus have no hinges or dividing lines to give the vehicle a fluid form from afar.
The 'Ada' autonomous vehicle concept is imagined with a series of micro solar cells on the roof to passively charge the battery during operation and when parked.
What Makes This Trend Stand Out
- Passive Solar Charging
- Innovative vehicle concepts are integrating micro solar cells on the roof to automatically charge batteries, reducing reliance on traditional charging methods.
- Auxetic Materials Integration
- Automotive design advancements are incorporating auxetic-type materials that dynamically expand and contract for various functionalities, enhancing both aesthetic appeal and functionality.
- Hingeless Vehicle Construction
- Future vehicle designs are eliminating traditional hinges and dividing lines on trunks and covers to create a seamless, fluid form for a modern and sleek appearance.
Sectors Adopting This
- Automotive Design
- Automotive designers have the opportunity to explore integrating passive solar charging technology and innovative materials like auxetic types into future vehicle concepts for enhanced sustainability and functionality.
- Materials Engineering
- Materials engineers can pioneer the development of hingeless construction techniques using auxetic materials to revolutionize vehicle design aesthetics and structural integrity.
- Renewable Energy
- The renewable energy industry can capitalize on the trend of passive solar charging in autonomous vehicles by developing more efficient and effective solar cell technologies for widespread adoption in transportation.
