The Renault EZ-1 Prototype has been unveiled by the brand as a futuristic vehicle designed to deliver enhanced mobility for urbanites in a shared manner. The vehicle is focused on ride sharing and last-mile delivery, and would provide companies and customers alike with a way to achieve enhanced transportation capabilities. The fully connected vehicle has a keyless entry design for enhanced security by authenticating users via their smartphone and is compactly structured to easily traverse tight urban areas.
The Renault EZ-1 Prototype will be built with 50% recycled materials and will be 95% recyclable by the end of its lifestyle to make it a truly future-thinking transportation solution. The brand aims to make use of the 6,000 Renault dealerships in Europe as a way to develop a vehicle charging system to help with the transition towards electric transportation.
Shared Urban Mobility Vehicles
The Renault EZ-1 Prototype Has a Two-Seater Design
Trend Themes
1. Shared Urban Mobility - The increased focus on shared urban mobility presents opportunities to develop connected, compact, and sustainable vehicles for ride-sharing and last-mile delivery purposes.
2. Keyless Entry Design - The use of keyless entry design presents an opportunity for data authentication and security, as well as an easier user experience for shared vehicles.
3. Recyclable Vehicle Materials - The focus on recyclable vehicle materials presents an opportunity to develop sustainable and environmentally friendly transportation solutions.
Industry Implications
1. Automotive Industry - The automotive industry can focus on developing connected, compact, and sustainable vehicles for shared urban mobility purposes.
2. Ride-sharing Industry - The ride-sharing industry can adopt keyless entry design and focus on providing secure and user-friendly shared vehicles.
3. Electric Vehicle Industry - The electric vehicle industry can make use of the vehicle charging system at Renault dealerships to help with the transition towards electric transportation and develop recyclable vehicle materials.