Futuristic Power - Speed, design, and technology have always been at the heart of automotive evolution. From the earliest race cars to today’s hypercars, manufacturers constantly push the boundaries to create vehicles that are faster, more aerodynamic, and more advanced. The desire to blend performance with futuristic aesthetics has led to some of the most revolutionary concepts in the industry. In early 2025, GAC Motors took this vision a step further by introducing the G-Force, a supercar concept that redefines what is possible in automotive design.
The GAC G-Force is more than just a concept car—it is a bold statement innovation of GAC Motors, known for its commitment to cutting-edge design. (Picture from: ViralNews.id)
Unveiled at the first-ever Digital Cars & Coffee event, the G-Force is more than just a concept car—it is a bold statement of innovation. GAC Motors, known for its commitment to cutting-edge design, has crafted a vehicle that blends high performance with an aesthetic inspired by science fiction, video games, and classic Le Mans prototypes. Created by Axel, an exterior designer at GAC Milano, in collaboration with the GAC Design team, the G-Force is an expression of limitless creativity and technological advancement.
The GAC G-Force is a vehicle that blends high performance with an aesthetic inspired by science fiction, video games, and classic Le Mans prototypes, created by Axel, an exterior designer at GAC Milano, in collaboration with the GAC Design team.(Picture from: OtoBlitz)
Stephan Janin, Head of GAC Advanced Design Europe, emphasized the significance of the project, calling it a breakthrough in digital automotive design. Unlike conventional supercars limited by traditional manufacturing constraints, the G-Force was developed entirely in a digital space. This approach allowed for an unprecedented level of design freedom, resulting in a hypercar that looks and feels like a glimpse into the future.
The GAC G-Force is an expression of limitless creativity and technological advancement.(Picture from: OtoBlitz)
The most striking feature of the G-Force is its sharp, aggressive lines and aerodynamic precision. Every curve and angle is engineered to optimize airflow while delivering an unmistakable visual impact. Even at a standstill, the car exudes a sense of speed and power. The cockpit blends nostalgia with modern innovation, creating a unique driving environment that prioritizes immersion and control.
Beyond its striking design, the GAC G-Force represents GAC Motors’ broader vision of the future. It is not just about building cars but redefining the automotive experience.(Picture from: OtoBlitz)
GAC’s Milan-based design studio, under Janin’s leadership, has a reputation for creating daring concepts that merge bold aesthetics with advanced technology. The G-Force exemplifies this philosophy, proving that digital-first design is not just an experiment but a new frontier in automotive development. By embracing digital platforms, GAC has eliminated traditional design barriers, allowing for limitless creativity and engagement with car enthusiasts worldwide.
The
most striking feature of the GAC G-Force is its sharp, aggressive lines
and aerodynamic precision with every curve and angle is engineered to
optimize airflow while delivering an unmistakable visual impact.. (Picture from: ViralNews.id)
Beyond its striking design, the G-Force represents GAC Motors’ broader vision of the future. It is not just about building cars but redefining the automotive experience. By integrating digital interaction with automotive design, GAC provides a unique space where enthusiasts and collectors can directly engage with the creative process. This approach not only pushes design boundaries but also inspires a new generation of automotive visionaries.
With the unveiling of the G-Force, GAC Motors continues to solidify its place as a pioneer in futuristic car design. By merging revolutionary concepts with digital innovation, the company proves that the future of the automotive world is shaped by bold ideas and technological ambition. Each step forward brings new inspiration, ensuring that GAC remains at the forefront of the next automotive revolution. *** [EKA | FROM VARIOUS SOURCES | CARSTYLINGRU ]
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Hidden GEMS - In the world of high-performance automobiles, the pursuit of innovation and boundary-pushing design has always been at the forefront. Some vehicles are born from a place of tradition, while others are radically altered to challenge and reshape what’s possible. The 1971 De Tomaso Pantera, an iconic sports car originally handcrafted in Turin, Italy, is one such example.
The 1971 De Tomaso "NOTYCAT" Pantera is a heavily modified, twin-turbocharged masterpiece wrapped in matte black, meticulously crafted by Shad Bruce. (Picture from: DeTomaso Pantera NOTYCAT On Facebook)
However, the Pantera that has captured the automotive world’s attention in recent years is not the one that rolled off the production line in the '70s. It is the custom-built "NOTYCAT,"a heavily modified Pantera crafted by Shad Bruce in the United States. This twin-turbocharged masterpiece takes a classic Italian design and turns it into an aggressive, high-performance machine capable of competing with modern supercars.
The De Tomaso "NOTYCAT" Pantera was created by Shad Bruce, built upon a yellow 1971 "Pushbutton" Pantera that he acquired in 2004.(Picture from: DeTomaso Pantera NOTYCAT on Facebook)
The journey of the NOTYCAT began in 2004 when Shad Bruce acquired a 1971 De Tomaso 'Pushbutton' Pantera with the intent to restore and enhance it. What started as a routine restoration soon evolved into a complete re-imagining of the car. Over the course of more than a decade, Bruce worked tirelessly on modifying every single aspect of the Pantera, reworking its powertrain, structure, and styling to create something truly extraordinary. By 2016, the NOTYCAT was born—a twin-turbocharged beast that had left behind the traditional confines of the original Pantera to become a car unlike any other.
The 1971 De Tomaso "NOTYCAT" Pantera commands attention with its aggressive design, featuring sharp futuristic lines and a widebody stance that embodies power, perfectly reflecting Shad Bruce's vision. (Picture from: DeTomaso Pantera NOTYCAT on Facebook)
The custom-built Pantera’s appearance alone is enough to turn heads. Bruce's vision for the NOTYCAT was one of aggressive design, combining sharp, futuristic lines with a widebody stance that exudes power. The front end of the car is striking, with bold features that give the Pantera a modern, edgy look. The rear of the car, however, is where the real spectacle lies. Here, the engine bay is fully exposed, revealing the powerful twin-turbocharged V8 engine in all its glory. Massive intercoolers flank the engine, adding to the high-performance aesthetics, while the quad-exhaust system promises a spine-tingling soundtrack to match its aggressive looks.
The 1971 De Tomaso 'NOTYCAT' Pantera boasts a striking front end with bold, modern features, while its rear steals the spotlight with an even more dramatic and eye-catching design. (Picture from: NOTYCAT Pantera on Instagram)
Clearly, this custom-built Pantera boasts several standout features that set it apart from the rest. The front hood, for instance, showcases a striking paint design with the word "NOTYCAT" outlined in yellow, positioned horizontally over a black-and-white photo collage that depicts the Pantera assembly process in Turin, Italy—an artistic tribute to the De Tomaso brand. Adding to the uniqueness, just nearby, there's a custom aluminum air duct and grille intricately crafted with the De Tomaso emblem motif, further enhancing the car’s distinctive character.
The 1971 De Tomaso 'NOTYCAT' Pantera features a striking front hood design with "NOTYCAT" outlined in yellow, set horizontally over a black-and-white photo collage of the Pantera assembly in Turin, Italy, as a tribute to the De Tomaso brand.. (Picture from: DeTomaso Pantera NOTYCAT on Facebook)
One of the most captivating aspects of this build is its beautifully designed engine compartment. It’s not just about the aggressive wide-body stance; the goal was also to create a way to highlight the heart of the machine. What stands out is the engine cover itself—a truly one-of-a-kind design featuring tempered glass cut with precision using a water jet. The glass is further enhanced by a bold, CNC-routered aluminum ornament in a striking "X" shape, adding both visual appeal and a sense of craftsmanship that reflects the car’s extraordinary level of detail.
The 1971 De Tomaso 'NOTYCAT' Pantera features a uniquely designed engine cover with precision water-jet-cut tempered glass, enhanced by a bold CNC-routered aluminum "X" ornament that showcases its exceptional craftsmanship and attention to detail.(Picture from: NOTYCAT Pantera on Instagram)
Under the glaas-covered rear hood of the NOTYCAT lies a heavily modified 351 Cleveland iron-block V8, now expanded to a monstrous 408 cubic inches. The engine’s raw displacement is just one part of the equation—Bruce overhauled every single component with high-performance upgrades to ensure that the car would reach new heights of power and speed. The addition of twin turbos, twin intercoolers, twin fuel cells, and other advanced components helped push the power output to a staggering 900 horsepower, transforming the once modest Pantera into a hypercar capable of competing with some of the most cutting-edge vehicles on the road today.
The 1971 De Tomaso "NOTYCAT" Pantera is powered by a heavily modified 351 Cleveland iron-block V8, expanded to a monstrous 408 cubic inches, with twin turbos, twin intercoolers, twin fuel cells, and other advanced components boosting its power output to a staggering 900 horsepower.(Picture from: DeTomaso Pantera NOTYCAT on Facebook)
But NOTYCAT isn’t just about power; it’s also about the philosophy of the build. Bruce is a strong advocate of the "built, not bought" mentality, and every element of the NOTYCAT reflects that philosophy. Each modification, from the engine upgrades to the bespoke styling choices, was executed with meticulous attention to detail. This wasn’t a quick project—it was a labor of love, crafted over many years, and with every upgrade, the car evolved into a refined yet outrageous machine that balanced performance and design flawlessly.
The 1971 De Tomaso 'NOTYCAT' Pantera boasts a race-inspired cockpit with a bold yellow-accented dashboard, modern gauges, and a sleek, functional center console.(Picture from: DeTomaso Pantera NOTYCAT on Facebook)
As word of the NOTYCAT’s radical transformation spread, it quickly became a sensation on social media, particularly on Instagram, where automotive enthusiasts from around the world were captivated by its aggressive stance and unmatched performance. While some purists may argue against the extensive modifications, there’s no denying that the NOTYCAT represents a new era for the Pantera. It blends the old with the new, honoring the car’s classic Italian roots while embracing modern performance engineering.
The 1971 De Tomaso "NOTYCAT" Pantera redefines the concept of a classic car, transforming it from a mere upgrade into a bold reimagining of what’s possible in the hands of a true innovator. (Picture from: @Retromania4ever on X)
What makes the NOTYCAT so special is its ability to redefine the concept of a classic car. It is not just an upgraded Pantera; it is a reimagining of what a classic can become when placed in the hands of a true innovator. With its monstrous power, radical design, and fearless performance, the NOTYCAT is a statement in the automotive world. It shows that there are no limits to what can be achieved with a classic chassis, a visionary mindset, and a relentless commitment to performance and design.
Rare Icon - If I had wings... Fly high above the clouds. Hidden within the rich tapestry of the automotive world, certain names rise with a blend of creativity and ambition, even if they ultimately fade into obscurity. Eagle Cars Limited, a small English automaker, epitomized this mix. Its story, filled with innovations, challenges, and transitions, showcases a unique piece of automotive history that still intrigues enthusiasts today.
The Eagle SS (in pictured MkI model) lineage by Eagle Cars Ltd. gave a unique flair, blending British ingenuity with American boldness, manufactured between 1981 and 1998. (Picture from: NVAutomotive)
This British company was founded by Allen Breeze in Lancing, West Sussex, during the early 1980s. Initially, the company gained attention with its Jeep-inspired RV model. However, it was the Eagle SS, a striking sports car with gull-wing doors, that cemented its place in the automotive landscape.
The Eagle SS (in pictured MkI model) drew its inspiration from the Cimbria, an American kit car derived from the British Nova. (Picture from: Auta5p.eu)
Breeze's vision was taken forward by Rob Budd, a skilled trials motorcycle rider who acquired the company in 1989. The company relocated multiple times, including a notable move to Storrington in 1988, reflecting the shifting tides of a business striving to stay afloat. The Eagle SS drew its inspiration from the Cimbria, an American kit car derived from the British Nova. This lineage gave the car a unique flair, blending British ingenuity with American boldness.
Manufactured between 1981 and 1998, the Eagle SSfeatured lightweight fiberglass-reinforced plastic (GFRP) bodywork mounted on a Volkswagen Beetle chassis. This pairing offered a low curb weight of just 750 kilograms and promised thrilling performance. With a tuned VW engine, the car could achieve speeds of up to 200 km/h (124 mph), making it a standout option for kit car enthusiasts.
The Ford-based models of the Eagle SS MkII brought innovations like longer side windows. (Picture from: RareComponentCars)
Over the years, the Eagle SS saw three major iterations, each showcasing distinct improvements. The MkI version introduced a separate internal roll cage and ribbed sections on the trunk lid for enhanced airflow. The MkII brought innovations like longer side windows and Ford-based models, while the MkIII featured a taller roofline and integrated steel bars for added safety. The company even explored variations like a front-engined version with a tubular-framed chassis, incorporating Ford Cortina running gear and occasionally Rover’s robust 3.5-litre V8 engine.
The Ford-based models of the Eagle SS MkIII featured a taller roofline and integrated steel bars for added safety.(Picture from: RareComponentCars)
Despite these efforts, Eagle Cars faced mounting challenges. Production had dwindled by the 1990s, and the company ceased trading in 1998. The molds and rights to the cars were scattered among various entities, leading to the gradual disappearance of Eagle SS components. The last documented sale of these molds occurred in 2012, yet their current whereabouts remain a mystery.
The Eagle SS MkIII version introduced a targa-roofed 2+2-seater variant, known as the '2 Plus,' to the lineup.(Picture from: RareComponentCars)
For all its promise, Eagle Cars Limited left behind a legacy defined by ambition and innovation. The Eagle SS, with its dramatic design and versatile configurations, remains a symbol of an era when small manufacturers dared to dream big. While only a fraction of the 680+ units produced remain, their enduring appeal serves as a testament to a company that dared to think differently. *** [EKA | FROM VARIOUS SOURCES | EAGLEOWNERCLUB | RARECOMPONENTCARS | WIKIPEDIA | CARTEFACTS | AUTA5P.EU | NVAUTOMOTIVE ]
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Unique Creation - In the world of automotive history, there are certain vehicles that stand out due to their distinctiveness, often resulting from collaborations that merge different industries. One such unique creation came from the merging of Italian motorcycle expertise and automotive innovation. It was the collaboration between Cagiva, an iconic Italian motorcycle manufacturer, and Lomar, a small but ambitious car company, that birthed the remarkable three-wheeled car known as Honey. This unusual vehicle, which used a motorcycle engine and was targeted at a niche market, quickly gained attention for its innovative design and functionality, although it would not see widespread production. Despite its short-lived commercial existence, the Honey has since become an intriguing piece of automotive history.
The Lomar Honey was presented by Giampiero Lombatti (left) to a visitor at the stand during the 1985 Salone del Ciclo e Motociclo di Milan (Milan Motorcycle Show). (Picture from: AutoTecnica)
The story behind the creation of the Honey car begins with the two founders of Lomar, Giampiero Lombatti and Fulvio Martini, both from Parma, Italy. The name "Lomar" is actually an acronym derived from their surnames. Lombatti hailed from a family with a strong connection to the automotive world, specifically Fiat’s historic dealerships. On the other hand, Martini came from the Coenzo family, known for their involvement with expanded resins. Their diverse backgrounds would contribute to the creation of a lightweight car that was quite ahead of its time. Their collaboration was made even more interesting by the support they received from Cagiva, a well-known name in the world of motorcycles.
The Lomar Honey was equipped with two gull-wing doors that could be easily removed during the summer months, transforming the car from a coupé to a convertible. (Picture from: AutoTecnica)
The design of the first Honey prototype was overseen by Walter Cugini, a skilled designer with experience in the automotive world. The chassis was developed by a studio already working with renowned car manufacturers in Modena, a city famous for its automotive legacy. Initially, the bodywork was crafted using steel sheet metal, meticulously hand-stroked by Gianni Gobbi, an experienced bodyworker from Italcar. However, as the project progressed, the design switched to fiberglass and polyester resin, a decision that allowed for significant weight reduction, making the vehicle more agile and efficient.
The Lomar Honey, approved as a motor-carriage, was powered by a 20-horsepower, liquid-cooled Cagiva 125 motorcycle engine and required an A-carriage license to drive.(Picture from: AutoTecnica)
The car’s debut at the 1985 Salone del Ciclo e Motociclo di Milan (Milan Motorcycle Show) caught the attention of many visitors and industry professionals. It was instantly recognized for its innovative use of a small three-wheeled layout, powered by a single-cylinder 125cc engine from Cagiva. This engine, a two-stroke design, was already popular in Cagiva’s motorcycles, particularly the Aletta Rossa 125 model. With a maximum power output of around 20 horsepower, the engine was capable of propelling the Honey to a top speed of 90 kilometers per hour, which was impressive for a vehicle of its size and design.
The Cagiva Aletta Rossa, shared the single-cylinder two-stroke 125cc engine and the modified gearbox with the Lomar Honey. (Picture from: DannataVintage)
One of the most eye-catching features of the Honey was its streamlined, modern coupé design. The body of the vehicle was compact, measuring just 3.6 meters in length and 1.6 meters in width. Its low height of 1.25 meters gave it a sleek profile. The Honey was equipped with two gull-wing doors that could be easily removed during the summer months, transforming the car from a coupé to a convertible. This unique feature added to the vehicle's appeal, as it combined the practicality of a small car with the fun of an open-air driving experience. The vehicle’s frame was made of steel tubes, ensuring strength and durability, while the use of fiberglass for the body panels kept the overall weight to just 300 kilograms.
The Lomar Honey featured a well-appointed interior with a sports steering wheel, and a dashboard with complete instrumentation.(Picture from: AutoTecnica)
The Honey was designed with comfort in mind, offering a well-appointed cockpit for its passengers. Inside, the car featured two comfortable armchairs, a sports steering wheel, and a dashboard with complete instrumentation, similar to what you might find in more mainstream vehicles like the Fiat Ritmo. The gear lever was located on the central tunnel, making the driving experience more intuitive. The car's design was clearly intended to appeal to a younger audience, particularly those aged 16 and above, who would only need an "A" license in Italy to drive it.
The Lomar Honey featured a well-finished, elegant interior with two seats designed in a sporty and ergonomic shape, enhancing both style and comfort. (Picture from: AutoTecnica)
However, despite the initial enthusiasm and interest from both the public and the industry, the Honey faced significant challenges when it came to production. The costs of industrializing the car proved to be far too high for Lomar and its small-scale operations. The two founders, unable to secure the necessary capital, had no choice but to abandon their dream of becoming car manufacturers. The Honey, which had been created with so much promise, remained a one-of-a-kind prototype and has since become a rare collector's item.
The Lomar Honey's bodywork was initially crafted from steel sheets by Gianni Gobbi, but during the start of series production, it transitioned to fiberglass and polyester resin.(Picture from: AutoTecnica)
Although the Honey was not destined for mass production, it remains an intriguing part of automotive history. The combination of Cagiva’s motorcycle engineering and Lomar’s car design was a bold attempt to break the mold and offer a unique solution to the challenges of urban mobility. Today, the Honey is still carefully preserved, a testament to the vision of its creators and the potential that could have been. The vehicle represents an early example of a light, compact car that could have paved the way for future innovations in small-scale transportation.
The Lomar Honey featured a compact body measuring 3.6 meters in length, 1.6 meters in width, and a low height of 1.25 meters, giving it a sleek profile.(Picture from: AutoTecnica)
The story of the Honey serves as a reminder of the often unpredictable nature of automotive innovation. While the car did not achieve commercial success, its design and engineering principles have influenced later developments in the field of small vehicles and microcars. The Honey's legacy lives on in the form of its unique engineering, the ingenuity of its creators, and the fascination it continues to inspire in automotive enthusiasts. It is a shining example of how bold ideas, even when faced with insurmountable obstacles, can leave a lasting impression on the world. *** [EKA | FROM VARIOUS SOURCES | DANNATAVINTAGE | AUTOTECNICA | ALLCARINDEX | WIKIPEDIA ]
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Record Chaser - Renault has always been a brand known for pushing the boundaries of innovation. From practical city cars to high-performance race machines, the French automaker continues to surprise the world with bold ideas. The latest creation, the Filante Record 2025, is no exception. This futuristic single-seater electric vehicle is not just another concept car—it is a machine designed with one purpose in mind: to achieve ultimate efficiency while breaking records.
The Renault Filante Record 2025 is a machine designed with one purpose in mind: to achieve ultimate efficiency while breaking records.(Picture from: Carscoops)
Unlike conventional EVs that focus on power and luxury, the Filante Record 2025 is built to push the limits of aerodynamics and energy consumption. Equipped with an 87-kWh battery pack, it aims to set new benchmarks for power efficiency and driving range. However, beneath its ultra-modern shell lies a deep connection to Renault's rich history of land speed record cars.
Here's the 3 legendary predecssors of the Renault Filante Record 2025, from left to right, the 1934 Renault Nervasport des Records, the 1925 Renault 40 CV des Records, and the 1956 Renault Etoile Filante. (Picture from: Autoevolution)
At first glance, the car’s design looks straight out of a sci-fi movie. Its sleek, elongated shape isn't just for show—it is crafted to cut through the air with minimal resistance. Measuring 201.5 inches (5.12 meters) in length, it is undeniably a large vehicle. Yet, despite its imposing size, it weighs only 2,204 pounds (1,000 kilograms). That’s a remarkable feat, considering that its battery alone contributes 1,322 lbs (600 kg) to the total weight. This lightweight construction plays a crucial role in achieving high efficiency, allowing the car to maximize every kilowatt-hour of energy.
The Renault Filante Record 2025 is built to push the limits of aerodynamics and energy consumption.(Picture from: Carscoops)
The inspiration behind the Filante Record 2025 isn’t random. Renault has drawn from three of its legendary record-breaking models. The round headlights echo the classic 40 CV des Records from the 1920s, while its unique wheel placement pays homage to the 1934 Nervasport des Records. Additionally, the flowing arches are a tribute to the 1956 Etoile Filante, a gas turbine-powered wonder that once attempted to break speed records.
The Renault Filante Record 2025's sleek, elongated shape isn't just for show—its 201.5-inch (5.12-meter) length is designed to minimize air resistance.(Picture from: Carscoops)
Efficiency isn’t just about lightweight materials; aerodynamics play an equally important role. Renault engineers designed every inch of the Filante Record 2025 to reduce air resistance. It is only 67.3 inches (1.71 meters) wide and sits at a mere 46.8 inches (1.19 meters) tall. This streamlined body allows the car to slice through the air effortlessly, helping it achieve greater range without consuming excessive energy.
The Renault Filante Record 2025, a futuristic single-seater EV, is more than just a concept—its lightweight design maximizes every kilowatt-hour of energy.(Picture from: Carscoops)
To achieve such an astonishingly low weight, Renault had to think outside the box. The chassis is built using a cutting-edge blend of aluminum, carbon fiber, and steel alloys. Engineers also leveraged 3D printing with high-strength aluminum, ensuring the structure remains both light and rigid. Additionally, advanced AI-driven simulations were used to identify unnecessary materials, allowing Renault to further refine the design without compromising strength.
The Renault Filante Record 2025 features a futuristic cockpit inspired by aviation and space travel, adopting an F1-style driving position.(Picture from: Carscoops)
One of the most impressive weight-saving techniques lies within the battery itself. Unlike traditional EVs, where cells are placed within bulky modules, Renault integrated the battery cells directly into the pack. This eliminates excess weight while maintaining structural integrity. The battery pack is encased in carbon fiber, ensuring both durability and reduced mass.
The Renault Filante Record 2025 features an unconventional, gaming controller-shaped steering wheel that integrates all essential functions, utilizing steer-by-wire and brake-by-wire technologies.(Picture from: Carscoops)
Tires also play a crucial role in an EV's efficiency, and Renault has left no stone unturned. The Filante Record 2025 rides on bespoke 19-inch Michelin tires, specifically designed to minimize energy dissipation. These specially developed tires flatten the contact patch, reducing rolling resistance and further enhancing range.
The Renault Filante Record 2025 maximizes EV efficiency with bespoke 19-inch Michelin tires, specifically designed to minimize energy dissipation. (Picture from: Carscoops)
The benchmark for efficiency in concept EVs has long been held by the Mercedes Vision EQXX, which achieved 8.4 miles (13.5 kilometers) per kWh. However, with its radical weight reduction and superior aerodynamics, Renault's Filante Record 2025 is expected to outperform even the most advanced efficiency-focused cars. | Lv7ozWm7Nmg |
Renault is set to test the Filante Record 2025 in the first half of the year, and expectations are high. If all goes according to plan, it could set new records in the EV world, proving that efficiency and performance can go hand in hand. This car isn't just a glimpse into the future—it is a statement that innovation knows no limits. *** [EKA | FROM VARIOUS SOURCES | RENAULT | CARSCOOPS | AUTOEVOLUTION | MOTOR1 | INSIDEEVS | AUTOCARINDIA ]
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Iconic and Divisive - Few cars in automotive history have sparked as much debate as the Buick Riviera Boattail. This car, introduced for the 1971 model year and continuing until 1973, has been a subject of both admiration and controversy. Some see its design as a bold statement, while others argue it lacked the finesse expected of a luxury vehicle. But what can’t be denied is its ability to stand out, much like other creations that bear the mark of a visionary—whether celebrated or criticized, the RivieraBoattail continues to evoke strong opinions to this day.
The Buick Riviera Boattail, as seen in the 1971 model, was the brainchild of Bill Mitchell, General Motors' Design Chief in the early 1970s. (Picture from: Motorcities.org)
With the unveiling of the G-Force, GAC Motors continues to solidify its place as a pioneer in futuristic car design. By merging revolutionary concepts with digital innovation, the company proves that the future of the automotive world is shaped by bold ideas and technological ambition. Each step forward brings new inspiration, ensuring that GAC remains at the forefront of the next automotive revolution. *** [EKA | FROM VARIOUS SOURCES | CARSTYLINGRU ]
