Dacia unveiled the Manifesto concept car, an outdoors-focused, Jeep-inspired car with a number of interesting design choices. First and foremost, Dacia sought to ensure that there were "no barriers between passengers and the environment" with this car, meaning the designer removed the side doors, as well as all of the windows, including the front windshield. This results in a buggy-esque concept car that looks like a vehicle out of a science fiction film.
The Manifesto is intended to show a number of design ideas, rather than to represent a single concrete car that will reach production, meaning this buggy may never be produced as it is in the renders. With that aside, the Manifesto has large, puncture-proof tires, large seats with sufficient seatbelts for extreme off-roading, a bright LED lights along the front, sides, and rear of the vehicle. This results in a buggy that appears ready to traverse extreme off-road environments at night.
Outdoor-Focused Concept Cars
Dacia Unveiled The 'Manifesto' Concept Car Profile
Trend Themes
1. Open-air Concept Vehicles - Embracing the outdoors, car manufacturers are leaning towards open-air vehicles to enhance passenger experience, presenting unique design opportunities.
2. Off-road Exploration - More rugged concept cars are emerging for extreme off-roading, opening doors for companies to develop innovative off-road accessories and technologies.
3. All-terrain Tires - Puncture-proof tires for off-road concept cars can lead to the development of more durable tires, solving common issues faced by off-road enthusiasts.
Industry Implications
1. Automotive Design - Outdoor-focused concept cars are pushing the boundaries of conventional design aesthetics, demanding innovation in materials, manufacturing, and components.
2. Outdoor Adventure - The rise of outdoors-focused vehicles encourages the growth of adventure-based experiences and services for these vehicles, like specialized trails and parks.
3. Advanced Lighting Systems - Off-road and outdoors-focused concept cars are improving visibility in extreme environments, creating opportunities for new lighting technologies.