When you thought of the future of automobiles, did you ever envision Apple stirring the market? Yet here is iMo driving straight out of the computer-addicted sphere of MacWorld and into the competitive automotive arena.
Designed by Anthony Jannarelly for his MA Automotive Design at Coventry University, the Apple iMo concept is a bold study for a future robotic car aiming at refreshing the over-stressed city dwellers and improving their highly-congested daily transits. The ambitious concept intends to be 100% autonomous and extremely interactive in order to attain a more emotional connection with the user, the Mac way.
The minute 2+1 seater boasts a vivid bubbly design and innovative features including two-wheel technology, intelligent communication interface, revolutionary wall and air parking systems, and superior safety design. An electric vehicle above all, it shines its environmental friendliness through its fully recyclable aluminum and polycarbonate body, within which the overjoyed driver and passengers are pampered on soft seat technology. Balance is induced via gyroscopic sensors, while its single axle is driven by 60kW of power, producing 80hp.
All you have to do, of course, is wait unlit 2024, the reported release date; then it is all yours!
What's Driving This Trend
- Robotic Urban Cars
- Advancement in robotic urban cars such as the iMo designed by Anthony Jannarelly providing an opportunity for autonomous cars that are interactive and emotionally connected.
- Two-wheel Technology
- Implementation of two-wheel technology in robotic urban cars such as the iMo can provide an opportunity for innovation and improved efficiency.
- Intelligent Communication Interface
- Incorporation of intelligent communication interface in robotic urban cars such as the iMo provides an opportunity for improved communication and interaction.
Who This Affects Most
- Automotive Industry
- There is a potential for the automotive industry to tap into the market of robotic urban cars and leverage the latest advancements in autonomous driving technology and innovative car design.
- Technology Industry
- There is an opportunity for the technology industry to incorporate the latest advancements in artificial intelligence, communication and battery technology to enhance the design and functionality of robotic urban cars.
- Green Energy Industry
- The integration of green energy sources into robotic urban cars such as the iMo with fully recyclable aluminum and polycarbonate body has the potential to disrupt the green energy industry and advance the usage of renewable energy sources in transportation.
