The Jaguar Land Rover 'Project Vector' has been unveiled by the automotive brand to identify what can be done to maximize safety, eliminate emissions and combat congestion on urban roadways. The multi-use vehicle boasts an advanced design that measures in a four meters and could be used for transporting passengers as well as cargo, depending on needs. The vehicle conceals the drivetrain and the battery components into the floor to further save space in the front and back of the transportation solution.
The Jaguar Land Rover 'Project Vector' is planned to start hitting city streets in late-2021 as part of a pilot program, and could help to drastically transform urban transportation for citizens and businesses alike.
Multi-Use Zero-Emissions Vehicles
The Jaguar Land Rover 'Project Vector' is Safety-Focused
Trend Themes
1. Zero-emissions Vehicles - Advanced Zero-Emissions vehicles are revolutionizing modern urban transportation with significant opportunities for reducing carbon emissions and manufacturing cost.
2. Multi-use Vehicles - Multi-Use Vehicles with advanced designs present an opportunity for flexible and innovative solutions for passenger and cargo transportation.
3. Safety-focused Vehicles - Safety-Focused Vehicles that prioritize the safety of both passengers and the environment present innovative opportunities for a variety of industries.
Industry Implications
1. Automotive Industry - The automotive industry can benefit from disruptive innovation opportunities with the production of Zero-Emissions vehicles that address real-world issues of safety, and sustainable energy solutions.
2. Logistics Industry - Flexible and Multi-Use Vehicles present innovative solutions for the logistics industry, due to their flexibility in cargo and passenger transportation, as well as reducing carbon emissions and maximizing safety.
3. Urban Transportation Industry - Multi-Use Zero-Emissions Vehicles with advanced designs present opportunities for the urban transportation industry to eliminate congestion, reduce carbon emissions, and improve overall safety.