Concept cars have long captured the imagination of the automotive world and the general public. These experimental vehicles allow designers and engineers to push the boundaries of style and technology. Some look much too ‘out there’ to function as actual cars whereas others are aspirational enough for people to imagine driving one. Many concept cars showcase innovative features that eventually make their way into production cars. But what’s the history behind experimental cars and what kind of features do modern prototypes have?
The Rise of Concept Cars
The first concept cars emerged in the 1930s as “dream cars” created by designers free to experiment without production limitations. GM’s 1938 Buick Y-Job is considered the first true concept car. Its innovative features like power windows and a convertible hardtop roof previewed future production models. The 1950s saw extravagant concept cars like Chevrolet’s 1953 Corvette and Pontiac’s 1956 Club de Mer. These cars presented futuristic visions of driving while drumming up publicity for brands.
Concept Cars of the 1960s and 70s
The 1960s and 70s were a golden age for advanced concept cars. Citroen’s 1967 DS Espace introduced the modern minivan layout. The Alfa Romeo Carabo of 1968 pioneered the wedge shape and scissor doors. Ferrari’s 1970 Modulo displayed a spaceship-like design and revolving cockpit. These eye-catching vehicles incorporated aerodynamics, safety, and ergonomics that would influence automakers for years to come.
The Rise of Prototypes
While concept cars push styling boundaries, prototypes focus on new technologies and engineering. The 1941 Chrysler Thunderbolt offered an early electrically-operated hardtop roof. The 1964 Ford GT40 tested technologies for high-performance racers like the Shelby Cobra Daytona. Mercedes’ 1969 C111 explored new materials like fibreglass and plastics. Today, Prius and Tesla prototypes road-test alternative power trains before production. Prototypes allow real-world testing to perfect innovations.
Concepts and Production Cars Converge
Modern automakers still produce flashy concept cars for publicity. But maturing design tools increasingly blur the line between concepts and planned production models. The BMW X Coupe Concept of 2008 closely previews the X6 crossover. The 2011 Ford Evos shapes the future Fusion. The Volkswagen GTI Roadster Vision Gran Turismo even inspires the creation of a real-life version. Today’s concepts often provide a window into tomorrow’s vehicles.
Concepts that Became Reality
Some of the most iconic production cars began as groundbreaking concepts. In the US, the 1955 Chevrolet Nomad station wagon evolved from the 1954 Corvette Nomad show car. The dramatic 1959 Cadillac Cyclone inspired the avant-garde 1959 production Eldorado. The Oldsmobile Aurora sedan traces its roots to the 1987 Aerotech concept. Seeing concepts morph into real-world cars shows the tangible impact of experimental designs.
The UK has also produced some striking concept and experimental vehicles over the years. The 1950 Jaguar XK120 displayed a stunning new design ethos for the brand. The 1959 Gordon-Keeble GK1 pioneered four-wheel drive and a composite body. More radical was the 1970s wedge-shaped Lotus Etna prototype. The 2013 Jaguar C-X75 hypercar concept pushed hybrid power.
From cutting-edge supercars to tiny urban runabouts, innovative designers demonstrate the spirit of automotive creativity and ingenuity. Check these types of experimental cars review – youtube.com.
Concept Features that Made Production
Many concepts introduce technologies and features that prove feasible for production. Hideaway headlights, backup cameras, drop-down touchscreens and side cameras originate from concepts. The aviation-inspired glass cockpits of the 2002 BMW M3 Hommage redefine interiors. Concept seating like Honda’s 2005 Fuya-Jo inspired today’s reconfigurable designs. Even cassette decks and power-operated seats first appeared on concepts. Though concepts often seem fanciful, they test ideas that more often than not find real-world use.
Though concept cars showcase radical and unusual designs, they share many fundamental components with production vehicles. Most concept cars need a basic internal combustion engine or electric powertrain to actually move. They require functional steering, suspension, wheels and tyres to be drivable, and a CV Boot is necessary for protecting the axle joints on front-wheel drive cars.
Concept cars serve as experiments but remain cars at their core. So, even visions of the future require the practical bits that make a car go, stop and steer.
Looking Ahead
Concept cars will continue pushing the boundaries of technology and design. Electric vehicles dominate recent concepts, alongside unconventional shapes and interiors. Autonomous driving has become a frequent theme. Augmented reality displays and interfaces may be next. Concept cars will keep providing glimpses of how emerging innovations could reshape transportation in the future. They remain vitally important for an industry founded on a spirit of innovation. As long as there are new automotive ideas to explore, concept cars will continue serving their vital role of bringing the future to life.