Missing LINK - Nowadays it may be commonplace to talk about the "coupé cabriolet," because many automotive manufacturers have produced the such styled vehicles. It could be seen on several famous examples such as the Mercedes Benz SLK, Ferrari California, Portofino to Peugeot 206 CC, and others. All of these models are philosophically connected by a common thread that leads to the Alfa Romeo 164 Protèo Concept.
[20092021]
Alfa Romeo 164 Protèo is an innovative 2-seater sports car concept of Alfa Romeo which has a very special features glass roof could be folded and stored behind the seats. (Picture from: NewsBeezer)
The Alfa Romeo Protèo appeared surprisingly in the automotive world in the early 1990s with its unique solid roof folding features. Although it never arrived at the production line, but the technique, arc appearance and color was applied in other production cars.
Alfa Romeo 164 Protèo is an innovative 2-seater sports car concept of Alfa Romeo which has a very special features glass roof could be folded and stored behind the seats. (Picture from: NewsBeezer)
Well, it's an innovative 2-seater sports car made by Alfa Romeo with many special features. As quoted from NewsBeezer, after the Alfetta GTV's era is ended in 1986, the Italian car manufacturer tried to create a new sports coupe for years, through its centro stile which at that time was still manned by one of the famous designers, Walter de Silva.
Alfa Romeo 164 Protèo is an innovative 2-seater sports car concept of Alfa Romeo which has a very special features glass roof could be folded and stored behind the seats. (Picture from: OldCarConcepts)
In short, Walter de Silva designed the Protèo with a technical base of its bodywork built on the Alfa Romeo 164 chassis, which has been 20 centimeters shortened to 2.46 meters in totall, that's intended to give the new sports car a higher structural rigidity. Meanwhile under its hood mounted a three-liter V6 engine capable of bursting power up to 260 hp.
Alfa Romeo 164 Protèo is an innovative 2-seater sports car concept of Alfa Romeo which has a very special features glass roof could be folded and stored behind the seats. (Picture from: NewsBeezer)
The design is also attractive, which the Alfa's classic grille has been minimized and the logo moved on the top of the hood. Well, for the first time, Alfa Romeo had applied two pairs of headlights at the front, each composed of three round elements. Furthermore, its very long snout is combined with an upright stern as the place for the Protèo stored its novelty, ie the roof (or rather the dome) can be divided into three parts and disappear mechanically under the luggage compartment.
Alfa Romeo 164 Protèo is an innovative 2-seater sports car concept of Alfa Romeo which has a very special features glass roof could be folded and stored behind the seats. (Picture from: NewsBeezer)
The personal style and unique technical solutions for the roof are just one of the new elements accompany the Alfa Romeo 164 Protèo. There are many other excellent features, such as the "Viscomatic" all-wheel drive system developed by Alfa Romeo in collaboration with specialist Steyr-Puch.
Alfa Romeo 164 Protèo is an innovative 2-seater sports car concept of Alfa Romeo which has a very special features glass roof could be folded and stored behind the seats. (Picture from: NewsBeezer)
Then, it was flanked by an electronic control unit that can communicate systematically with other parts of the vehicle (Motronic control unit and ABS) to control various parameters: total torque required, speed of rotation, steering angle and slip difference between the two axes. Depending on the conditions, the system has ensured that torque is optimally distributed across the front and rear axles.
Alfa Romeo 164 Protèo is an innovative 2-seater sports car concept of Alfa Romeo which has a very special features glass roof could be folded and stored behind the seats. (Picture from: NewsBeezer)
The system is equipped with a front differential and a Torsen auto-lock type at the rear, which is responsible for distributing the transmission on both sides of the wheel and ensuring the best traction. Another key feature of the 164 Protèo is the four-wheel steering, thanks to which this research ensures excellent maneuverability and speed between turns.
Initially, Alfa Romeo planned to produce the 164 Protèo at its Portello's plants with a total of 2,000 copies as a limited edition model. But in the end, no more than 3 units were ever made. One of them never knew what the feel while running on the road at all because once it was finished to build, it was taken directly to the Museo Storico Alfa Romeo in Arese, Milan for display, while the other two were given the role of the 'muletto' (test vehicles) during the tests (especially) at the Alfa Romeo's proving ground in Balocco.
A few days after its official launch, Alfa Romeo's board of management stopped the project, fearing the car would not be profitable.💔 And now the original and futuristic Italian cabriolet coupe may have been forgotten, but its mechanical legacy goes a long way in today's cars. In addition, its color, a special red, which looks different from the classic Alfa colors in general has remained and lasted for several years under the name 'Protèo Red'. *** [EKA [20092021] | FROM VARIOUS SOURCES | NEWSBEEZER | JALOPNIK ]
Note: This blog can be accessed via your smart phone.
V10 Masterpiece- The automotive world has never been short of fast cars, but only a handful have earned a reputation for being genuinely intimidating. While modern supercars rely heavily on electronics to keep drivers safe and confident, some machines belong to a different era—an era when performance came first and the driver carried most of the responsibility. Among those rare creations is the Porsche Carrera GT, a supercar whose combination of racing technology, breathtaking speed, and demanding nature continues to command respect more than two decades after its debut.
The Porsche Carrera GT is one of those four-wheeled monsters that is wild and hard to tame. (Picture from: Reddit)
The roots of the Carrera GT stretch back to Porsche’s racing programs of the late 1990s. Following the development of the Porsche 911 GT1 and the Porsche LMP1-98, changing FIA and ACO regulations forced the German manufacturer to rethink its motorsport plans. Porsche began working on a new Le Mans prototype for the 1999 season, a project that would unexpectedly become the foundation for one of the most celebrated road cars in the company’s history.
The Interior of the Porsche Carrera GTis trimmed in a soft leather plus with the Bose audio system and a navigation system as the standard features. (Picture from: Wikipedia)
At first, engineers planned to equip the new racer with a turbocharged flat-six engine. As development progressed, however, Porsche chose a far more ambitious path. The company redesigned the project around a newly developed V10 engine, a decision that pushed the timeline further into the new millennium. That V10 itself carried a fascinating story, having originally been created in secret during the early 1990s for a Formula One effort involving the Footwork team before being shelved and later adapted for endurance racing purposes.
The Porsche Carrera GT is powered by a 5.7 liter, V10 engine is capable spewed out the power of 604 hp. (Picture from: Wikipedia)
As qouted of Wikipedia, the V10 engine mentioned above was originally made secretly by Porsche for use on the Footwork's F-1 racing cars in 1992, but was later deferred. This engine was next planned for the Le Mans prototype and was increased in size to 5.7 liters. Once again in mid-1999, the project was canceled after the first car in testing for two days.
The Porsche Carrera GT is built based on carbon fibre monocoque and chassis. (Picture from: Wikipedia)
The racing project eventually encountered serious obstacles. One reason often cited was Porsche’s growing commitment to developing the Porsche Cayenne alongside Volkswagen and Audi. The project demanded significant engineering resources, drawing talent away from the racing division. Another theory pointed to Volkswagen Group chairman Ferdinand Piëch, who reportedly favored Audi’ssuccessful R8 endurance racer and had little interest in seeing it challenged by a new Porsche prototype on the world’s most famous endurance racing stages.
The Porsche Carrera GT was shown for the first time to public at the 2000 Paris Motor Show, as an attempt to draw attention to the company's booth. (Picture from: Wikipedia)
Even with the racing program halted, not everyone inside Porsche was ready to abandon the V10-powered machine. Determined executives kept the concept alive, and their efforts culminated in the unveiling of the Carrera GT Concept at the 2000 Paris Motor Show. Powered by a 5.5-liter V10 producing 550 horsepower, the concept immediately became one of the event’s standout attractions. Enthusiasts responded with overwhelming enthusiasm, convincing Porsche that the car deserved a future beyond the show floor.
The Porsche Carrera GT is produced by the Porsche's new plant in Leipzig in between 2004 to 2007. (Picture from: Wikipedia)
The strong reaction from the public, combined with the financial success generated by the Cayenne, encouraged Porsche to approve a production version. Manufacturing would take place at the company’s new Leipzig facility, where the Carrera GT would be built in limited numbers. The production model preserved the dramatic appearance of the concept, featuring a low, purposeful stance, large side air intakes, and aerodynamic elements designed not merely for style but for managing the immense heat generated by its powerful engine.
The Porsche Carrera GT is produced as many as 1,270 unit world wide and should be ceased due to changes in air bag regulations in the US. (Picture from: RMSothebys)
At the heart of the finished car sat a naturally aspirated 5.7-liter V10 producing 604 horsepower. The engine delivered its power exclusively to the rear wheels through a six-speed manual transmission, a rarity that has become even more appreciated in today’s era of automated gearboxes. One of the car’s most memorable details was its beechwood shift knob, inspired by the legendary Porsche 917 Le Mans racer. The entire structure was built around a carbon-fiber monocoque and chassis, making the Carrera GT one of the most technologically.
The Porsche Carrera GT has large side inlets and air dams that help to cool its large V10 engine framed under the carbon fibre rear bonnet. (Picture from: Wikipedia)
Performance figures were extraordinary. Porsche officially claimed a 0–100 km/h sprint in 3.9 seconds and a top speed of 330 km/h. Independent testing often produced even quicker acceleration results, with some runs reaching 100 km/h in around 3.5 seconds and 160 km/h in only 6.8 seconds. Massive side intakes helped cool the V10, while advanced aerodynamics and an automatically deploying rear wing contributed to stability when traveling at extreme speeds.
The Porsche Carrera GThas an electronically operated large-size rear wing which deploys while the car runs at speeds above 113 kph (70 mph). (Picture from: Wikipedia)
Stopping power matched the car’s astonishing acceleration. Porsche equipped the Carrera GT with its cutting-edge Carbon Fibre-Reinforced Silicon Carbide ceramic braking system. Huge 380 mm carbon-ceramic discs sat behind 19-inch front and 20-inch rear alloy wheels, providing the confidence needed to manage the supercar’s immense capabilities. Every engineering decision reflected Porsche’s determination to transfer racing technology directly to the road.
Inside, the Carrera GTblended performance-focused design with premium craftsmanship. Soft leather covered much of the cabin, while a Bose sound system and navigation unit came as standard equipment. The ignition switch remained mounted to the left of the steering wheel, a detail rooted in Porsche’s Le Mans heritage. Historically, drivers could start the engine with their left hand while selecting first gear with their right during the famous running starts of endurance races. Buyers could choose from several exterior colors, including Guards Red, Fayence Yellow, Basalt Black, GT Silver Metallic, and Seal Grey, while custom finishes were later offered for those seeking something more exclusive.
Production began in 2004 with an original target of 1,500 units and a price tag of approximately $448,000. However, changing airbag regulations and strategic decisions shortened the production run. By May 2006, Porsche had built and sold 1,270 examples worldwide, including 604 delivered to customers in the United States. Yet the numbers tell only part of the story. The Carrera GT became famous not simply because it was rare or powerful, but because it demanded genuine skill. Without traction control and with each car often described as having its own unique behavior at the limit, it earned a reputation as one of the most challenging supercars ever built. That untamed character, combined with its motorsport DNA and unforgettable V10 soundtrack, ensures the Carrera GT remains a legend that continues to captivate enthusiasts in the modern era. *** [EKA [19092021] | FROM VARIOUS SOURCES | WIKIPEDIA | ID.MOTOR1 ]
Note: This blog can be accessed via your smart phone.
Coming From The Past - It can be said that cars are not much different from humans when it comes to size—some are large, while others are small and even cute. Among them are vehicles known as microcars, which are so small that they can only accommodate passengers in a tandem seating arrangement. Not only are these cars compact in size, but they also have an adorable design that makes them especially charming to look at.
The 1950 Reyonnah prototype microcar. (Picture from: MicrocarMuseum)
These cute cars, or microcars, reached their peak popularity in the late 1940s to early 1950s. During this period, several of the world’s automotive manufacturers produced variants of these charming vehicles, including the BMW Isetta, Heinkel Kabine, Messerschmitt KR175, Piaggio Vespa 400, Paul Vallée Chantecler and many others.
Have you ever heard of or seen the French-made microcar called the Reyonnah? If not, let's discuss it now. This unique microcar was originally created by Robert Hannoyer, the owner of an auto repair shop in Paris. Interestingly, the car's name, Reyonnah is simply Hannoyer’s last name spelled backward.
The 1951 Reyonnah production version microcar. (Picture from: MicrocarMuseum)
The prototype of the Reyonnah (the blue-colored car) was first showcased at the Paris Salon de l'Auto in 1950, followed by the production version in 1951 (a white-colored model). This adorable, torpedo-shaped car measures 2.9 meters in length and just 1.45 meters in width. Despite its narrow dimensions, the car’s cabin is designed similarly to a motorcycle, with the passenger seated directly behind the driver.
Another unique feature of the blue-colored prototype is its tub with parallelogram hinge construction, allowing it to fold downwards so the vehicle can fit into a parking space only 75 cm wide. Meanwhile, the production version (the white-colored model) featured a fixed design with a hinged convertible roof.
To make this cute car run, both the prototype and production versions are powered by a 4-stroke, single-cylinder AMC engine with a displacement of 175cc, producing around 8.5 horsepower. However, don’t expect to speed, as its top speed is only 70 kph! This rare microcar was produced in limited numbers, which makes it highly sought after by automotive collectors around the world today. *** [EKA [02122019] | FROM VARIOUS SOURCES | MICROCAR MUSEUM ]
Note: This blog can be accessed via your smart phone.
Golden Precision - In the world of post-war American car culture, standing out did not always mean cutting a roofline apart or covering every inch in chrome. During the 1950s, many custom builders chased dramatic transformations, but a few enthusiasts understood that restraint could be just as powerful. That mindset shaped the identity of the “Karat Kart,” a 1953 Studebaker Starlight Coupe owned by Wayne Wright, a member of the San Bernardino Krankers in California. Rather than reinventing the car completely, Wright recognized that the Studebaker already carried futuristic lines far ahead of its time, so his goal became refining the design instead of overpowering it.
Wayne Wright's 1953 Studebaker of San Bernardino, California. Known as the "Karat Kart," Wayne's Studebaker was a clean custom featuring a Champagne Mist paint job, a unique wire-mesh grill made from US Navy submarine air cleaner mesh, and a gold and white Tuck and Roll interior. The Studebaker engine was built up to 3/4 race. Once completed, The Karat Kart was featured in the "Car Corner" section of the "Teen Scene" in The San Bernardino County Sun Saturday, January 23, 1960. (Picture from: Kustomrama)
Wayne Wright began with a stock two-door Starlight Coupe and followed a simple philosophy: cleanliness above all else. He removed visual clutter by nosing and decking the body, allowing the car’s sweeping curves and distinctive rear glass design to take center stage. The exterior received a rich Champagne Mist finish filled with metallic depth, giving the coupe a soft glow that perfectly matched the elegant personality of the build. Full-length lake pipes stretched along the lower sides, adding a subtle hot rod attitude without disrupting the car’s smooth silhouette. Even the smallest details reflected Wright’s creativity. The grille was replaced with mesh taken from the air cleaner system of a US Navy submarine, an unusual choice that gave the front end a distinctive texture unlike the common aftermarket mesh styles of the period. Chrome kitchen cabinet knobs were cleverly adapted as trim accents, proving that custom culture often thrived on imagination more than expensive parts.
The Karat Kart continued its gold-themed identity inside the cabin. Gold and white tuck-and-roll upholstery covered the seats, creating a bright and stylish contrast that felt upscale without becoming flashy. White served as the dominant tone while gold highlighted the trim sections, tying the interior to the Champagne Mist paint outside. To balance the lighter colors, the dashboard, metal trim, and window surrounds were painted black, giving the cockpit a sharper visual edge. Details underneath the car showed the same playful originality. Wright used modified Thermos bottle rod plugs in place of standard cheater caps, another example of how custom builders of the era constantly experimented with unexpected materials and everyday objects to personalize their cars.
Gary Elmore's 1953 Studebaker of Castro Valley, California. Gary, who was a member of the Swanx of Oakland car club, restyled the Studebaker himself, with the help of a couple of good friends. The build, known as Exotica, was completed around 1959-1960. (Picture from: Kustomrama)
Under the hood, the Studebaker engine received serious attention. Wright built the powerplant to a 3/4 race specification using components sourced from several different manufacturers, a common practice among hot rodders searching for better performance. The engine featured a four-barrel carburetor from a 1956 Buick Century, Lincoln valves, Jahn racing pistons, and a Claysmith 3/4 camshaft. Porting, relieving, and polishing work further improved the engine’s breathing and output. Despite the performance upgrades, the engine bay remained remarkably tidy. Chrome accents were spread throughout the compartment, while the engine block itself was painted gold to maintain the car’s signature theme. The presentation reflected the same discipline seen across the entire project: performance and style working together without unnecessary excess.
Today, the Karat Kart still feels surprisingly modern because its appeal comes from balance rather than shock value. Wayne Wright understood that the 1953 Studebaker already possessed bold styling, and instead of burying that identity beneath extreme modifications, he enhanced what was naturally there. That decision gives the car a timeless quality that many heavily customized vehicles eventually lose. The Karat Kart stands as a reminder that great design often comes from confidence, careful choices, and the willingness to leave certain things untouched. *** [EKA | FROM VARIOUS SOURCES | KUSTOMRAMA | JALOPY JOURNAL | KUSTOMRAMA IN FACEBOOK | CARROZZERIA-ITALIANI ]
Note: This blog can be accessed via your smart phone.
Metal Alchemy - When people talk about the golden era of American custom cars, it is often the creative spirit of 1950s California that comes to mind first—an era where metal was reshaped like clay and imagination set the only limits. Within that landscape, Johnny Rosier’s 1953 Mercury stands out as one of those machines that quietly carries a story far bigger than its bodywork suggests. Built through the combined efforts of the Ayala Brothers and Johnny Rosier himself at the California Custom Shop in Garden Grove, California, the car reflects not just craftsmanship but also Rosier’s identity as a member of the East Los Angeles Auto Butchers Car Club, where customization was both a culture and a statement of individuality.
Johnny Rosier’s 1953 Mercury was crafted by the Ayala Brothers alongside Rosier himself at the California Custom Shop in Garden Grove, California. (Picture From: Kustomrama)
The front end alone reveals how far the car was taken beyond factory intention, starting with a perforated square expanded metal grille that was carefully chrome plated, giving it a sharp yet refined presence. This was then intensified with the addition of three 1955 Buick dagmars, where the center piece was uniquely detailed with Oldsmobile Fiesta hubcap blades, turning functional components into visual art. The hood was nosed and stripped of its air scoop, a deliberate move that smoothed its silhouette and created a cleaner, more continuous flow across the front.
Johnny Rosier’s 1953 Mercury front end highlights the car’s radical transformation with a chrome-plated perforated grille that gives it a bold yet refined look.(Picture From: Kustomrama)
Along the sides, the trim was reimagined using DeSoto components, while the rear quarter panels were fitted with air scoops that were not just decorative but made fully functional, finished with Thunderbird trim that added a subtle performance-inspired accent to the custom profile. Moving toward the rear and cabin details, the craftsmanship continued with equally bold decisions. The headlights were frenched and tunneled using 1956 Packard units, giving the front a deeper, more integrated facial structure. At the back, a 1954 Cadillac bumper was reshaped and narrowed to properly align with the extended rear fenders, which themselves were heavily reworked to accommodate molded-in 1955 Lincoln taillights.
Along the sides, the trim was reimagined using DeSoto components, while the rear quarter panels were fitted with air scoops that were not just decorative but made fully functional, finished with Thunderbird trim that added a subtle performance-inspired accent to the custom profile. (Picture From: Kustomrama)
The exterior was then completed in a striking two-tone finish of blue and gold, applied in lacquer and enamel that shifted the car’s presence between elegance and show-car intensity depending on the light. Inside, the cabin contrasted the exterior drama with a yellow and black leather interior, enhanced by chrome-plated elements across the glove box, speaker housing, and speedometer case, creating a cockpit-like atmosphere that still felt tailored and expressive.
At the back, a 1954 Cadillac bumper was reshaped and narrowed to properly align with the extended rear fenders, which themselves were heavily reworked to accommodate molded-in 1955 Lincoln taillights. (Picture From: Kustomrama)
To complete its visual identity, the car was fitted with 1953 Cadillac Sombrero hubcaps, fender skirts, and dual spotlights, reinforcing its place in the classic custom car tradition where excess and harmony often met in the same design. Looking at Johnny Rosier’s 1953 Mercury today, it becomes more than just a modified vehicle from a bygone era—it stands as a snapshot of a time when custom builders like the Ayala Brothers turned postwar automobiles into moving sculptures, and club culture shaped automotive expression in Southern California. Even in a modern context dominated by digital design and factory precision, this Mercury still resonates as a reminder that true automotive artistry once came from hands, tools, and an uncompromising vision of what a car could become. *** [EKA | FROM VARIOUS SOURCES | JALOPY JOURNAL | KUSTOMRAMA | PUBLIC.FOTKI ]
Note: This blog can be accessed via your smart phone.
Europa Reforged - In the world of classic sports cars, few machines manage to bridge the gap between heritage and modern engineering quite as seamlessly as a completely redesigned alloy 1970 Lotus Europa. At first glance, it still carries the silhouette of a lightweight mid-engined coupe, yet a closer look reveals a far more ambitious transformation beneath the surface. This is not just a restored classic—it is a reimagined interpretation of what the Europa could have become if time, materials, and performance philosophy had evolved in a different direction.
The 1970 Custom-Built Lotus Europa. (Picture From: Silodrome)
The original Lotus Europa first appeared in 1966, arriving at a moment when the idea of a mass-produced mid-engined sports car was still relatively new. Built by Lotus, a company already deeply rooted in Formula 1 engineering culture, the Europa carried the brand’s obsession with low weight and mechanical simplicity into the road car world. It was constructed using a steel backbone chassis paired with a fiberglass body, supported by independent suspension at both ends and a remarkably light curb weight of around 1,350 lbs (610 kg). Early versions relied on a 1.5-liter Renault inline-four producing just 82 bhp, while later iterations evolved into more powerful configurations, eventually culminating in a 1.6-liter Lotus-Ford Twin Cam unit delivering up to 126 bhp. Even with modest power figures, the Europa’s lightweight philosophy gave it a lively and engaging character that defined its legacy between 1966 and 1975.
The 1970 Custom-Built Lotus Europa. (Picture From: Silodrome)
The example in focus here is a 1970 Series 2 Lotus Europa, but it has undergone a level of reconstruction that completely redefines its identity. The original fiberglass body has been fully removed and replaced with a hand-formed aluminum alloy shell, shaped carefully over a two-year period to recreate and refine its flowing proportions. The original chassis remains as the foundation, preserving the structural DNA of the car, but everything mounted to it has been reconsidered with modern intent. Even the windscreen is no longer standard glass—it has been redesigned in plexiglass, and the car is accompanied by a mold so that replacements can be fabricated when needed, reflecting a practical yet highly bespoke approach to the build.
The 1970 Custom-Built Lotus Europa. (Picture From: Silodrome)
Mechanically, the transformation is just as dramatic. The original Renault engine has been completely retired, replaced by a 2.0-liter Zetec DOHC inline-four that introduces a significantly higher level of performance and responsiveness. Power is delivered through a Renault-sourced 5-speed manual transaxle, maintaining a subtle link to the car’s origins while accommodating its new output. To support the increased performance, the suspension system has been extensively revised, featuring chromoly steel front arms, a heavier front sway bar mounted on modified points, and AVO adjustable coilovers at all four corners. Braking performance has also been upgraded with Wilwood components at the front, ensuring the car can confidently manage its enhanced speed potential.
The 1970 Custom-Built Lotus Europa. (Picture From: Silodrome)
Further refinements extend into its stance and aerodynamic behavior, where adjustable front and rear wings add a functional layer of tuning rarely seen in the original Europa’s era. The car rides on 13-inch Panasport-style wheels wrapped in 205/60 Toyo Proxes RA1 tires, a combination chosen for grip and precision rather than nostalgia alone. All of these elements work together to preserve the Europa’s core philosophy of lightness while introducing a sharper, more contemporary driving experience. Despite the extensive modifications, the essence of the original Lotus engineering mindset still lingers—minimal mass, purposeful design, and mechanical honesty pushed through a modern lens.
The 1970 Custom-Built Lotus Europa. (Picture From: Silodrome)
Now based in Piedmont, California and carrying a valid California title, this reinterpreted Lotus Europa exists in a space between restoration and reinvention. It respects its lineage without being confined by it, offering a glimpse into how classic engineering principles can evolve when paired with modern materials and performance expectations. In a time where many vintage cars are preserved strictly as they were, this alloy-bodied Europa stands apart as a reminder that heritage can also be a foundation for experimentation, not just preservation. *** [EKA | FROM VARIOUS SOURCES | SILODROME ]
Note: This blog can be accessed via your smart phone.
[20092021] 
A few days after its official launch, Alfa Romeo's board of management stopped the project, fearing the car would not be profitable.💔 And now the original and futuristic Italian cabriolet coupe may have been forgotten, but its mechanical legacy goes a long way in today's cars. In addition, its color, a special red, which looks different from the classic Alfa colors in general has remained and lasted for several years under the name 'Protèo Red'. *** [EKA [20092021] | FROM VARIOUS SOURCES | NEWSBEEZER | JALOPNIK ]
