The Volkswagen T-Cross Breeze is a concept vehicle, unveiled at the Geneva Motor Show, that is bidding to put an end to the impression of convertible SUVs as perennial failures in the global market.
This particular vehicle is powered by a 1.0-liter turbocharged direct-injection gas engine that is capable of pumping out 81 Kilowatts of power and 129 pounds-feet of torque. The engine is hooked up to a seven-speed dual clutch automatic transmission, while the drivetrain's efficiency package also includes engine stop-start and kinetic recovery modes.
This T-Cross Breeze concept includes a raft of artificial intelligence technologies that are capable of studying, learning from and predicting drivers' behavior in order to be able to boost safety, increase the driving experience and augment passenger comforts. The vehicle features a large screen that allows functions to be arranged on a grid much like a smartphone interface.
Ultimately, this vehicle shows that smart design and high-tech engineering can in fact save the convertible SUV and even make it supremely appealing.
Pioneering Convertible SUVs
The Volkswagen T-Cross Breeze Concept Previews Future SUV Designs
Trend Themes
1. Convertible Suvs - Automakers are innovating and experimenting with convertible SUVs to appeal to a broader consumer market.
2. Artificial Intelligence in Vehicles - Integration of AI technology in vehicles seeks to provide a more personalized driving experience and improve safety features for passengers.
3. Efficient Drivetrains - Efficient drivetrains that include engine stop-start and kinetic recovery modes are becoming mainstream in the automotive industry.
Industry Implications
1. Automotive - Automakers are seeking to innovate and experiment with newer technologies, including AI, to appeal to a broader consumer market and boost sales.
2. Technology - The use of artificial intelligence in vehicles presents an opportunity for the technology industry to partner with automakers to provide innovative solutions.
3. Green Technology - Efficient drivetrains, such as engine stop-start and kinetic recovery modes, present an opportunity for the green technology industry to partner with automakers and develop more sustainable transportation solutions.