From Dream to Reality: The Brazilian Madom GT

Forgotten ONES - In the vibrant and diverse world of automotive manufacturing, Brazil is a name that often escapes the limelight. However, this South American giant holds a significant place in the industry, thanks to its unique and innovative domestic producers. Among the many automotive marvels that Brazil has given birth to, one particularly stands out—the Madom GT, a sports car that first emerged in the early 2000s, capturing attention with its striking design and robust performance.

Prototype of the Madom GT body, still without mechanical components. (Picture from: LexicarBrasil)

The story of the Madom GT begins with Maurício Domingues, a passionate driver from Rio Grande do Sul. In 2003, driven by his love for racing and innovative spirit, Maurício embarked on a journey to create a sports car that would leave a lasting mark. The car's design was entrusted to the capable hands of Spanish designers Oscar Ortiz, affiliated with Audi, and Sergio de la Fuente from Airbus. Their combined expertise and Maurício's vision set the stage for the birth of an extraordinary vehicle.

The rolling model of the Madom R/T prototype without an engine. (Picture from: LexicarBrasil)

Maurício’s adventures in karting competitions across Spain honed his skills and deepened his understanding of automotive engineering. Upon his return to Brazil in 2005, he was determined to turn his dream into reality. With a dedicated team of professors and students from the University of Santa Cruz do Sul (RS), Maurício began the meticulous process of building the prototype. This collaborative effort led to the creation of a 1:5 scale model, where every detail was scrutinized and perfected.

Prototype of the Madom R/T exhibited in 2008 at the University of Santa Cruz do Sul. (Picture from: LexicarBrasil)

The culmination of their hard work came in 2008 with the completion of the first Madom GT prototype. This remarkable sports car featured a tubular chassis and a sleek, fiberglass-reinforced plastic body. The innovative design included doors that hinged at the front pillars and opened upwards, adding to the car’s futuristic appeal. At the heart of the Madom GT was a powerful 3.0-liter V6 engine sourced from a Chevrolet Omega, delivering an impressive 210 horsepower. The engine was mounted in the rear, complemented by four-wheel independent suspension and FIA-standard disc brakes, ensuring top-notch performance and safety.

Prototype of the Madom R/T exhibited in 2008 at the University of Santa Cruz do Sul. (Picture from: LexicarBrasil)

Maurício's vision for the Madom GT was not limited to a single model. He planned two versions of the car to cater to different driving experiences. The R/T, standing for Road & Track, was intended for both city driving and competitive racing. The city version boasted a V6 engine fine-tuned to produce 300 horsepower, while the competition variant aimed for a staggering 700 horsepower with a V8 engine. By 2010, three prototypes had been built, each a testament to Brazilian ingenuity and engineering prowess.

Prototype of the Madom R/T during its first test at the Autodrome Internacional de Santa Cruz do Sul. (Picture from: LexicarBrasil)

The journey of the Madom GT is a compelling narrative of passion, collaboration, and innovation. It exemplifies how Brazil, often overshadowed in the global automotive arena, can produce exceptional vehicles that compete on the world stage. The Madom GT not only highlights the country's potential in automotive manufacturing but also serves as an inspiration for future generations of designers and engineers. Due to the absence of video about this sports car, here is a video about the Brazilian Ford Maverick GT with a 5.0! The Mustangs little brother! Awesome muscle car!;

The legacy of the Madom GT continues to resonate, reminding us that remarkable creations can come from unexpected places. As we look to the future, the story of the Madom GT encourages us to appreciate the ingenuity and dedication that drive the automotive industry forward. Brazil's contribution to this field is undeniable, and the Madom GT is a shining example of what can be achieved with vision and determination. *** [EKA | FROM VARIOUS SOURCES | LEXICARBRASIL | ALLCARINDEX  ]

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Nissan’s New Silvia Model Officially in the Works and Set for 2030 Release

Legend Revived - Nissan is once again making headlines with exciting news about the future of its electric sports cars, and this time, the iconic Silvia is at the center of attention. While this story first surfaced back in 2021, it has now resurfaced, generating fresh excitement. The company has announced that it has begun developing a brand-new electric sports car, and the legendary Silvia will serve as the foundation for this bold new project. However, fans may need to exercise patience as Nissan is aiming for a 2030 debut, giving the company ample time to refine and perfect the vehicle.

Nissan has confirmed that it is working on a new Silvia model (with the pictured Nissan Silvia S15 shown as just an illustration), planned for a 2030 launch. (Picture from: BlackXperience)

Porsche 914 Restomod by Fifteen Eleven Design: A Modern Classic

Unique RestoMod - Restoring classic cars has always been a way to bring the past into the present while adding a modern touch, and Fifteen Eleven Design has taken this art form to a whole new level. Nearly three years after announcing their ambitious project, the renowned car builders and restoration experts have opened the doors for enthusiasts to place their orders for a modern recreation of the beloved Porsche 914. With this new creation, Fifteen Eleven Design breathes new life into an air-cooled classic, blending contemporary engineering with the timeless appeal of the original car.

Fifteen Eleven Design breathes new life into the legendary Porsche 914, blending contemporary engineering with the timeless appeal of the original classic. (Picture from: TopGear)

Based in the scenic town of Bakewell, Derbyshire, Fifteen Eleven Design is part of the prestigious Mellors Elliot Motorsport family. With a history deeply rooted in the World Rally Championship, Mellors Elliot Motorsport boasts an impressive 12 FIA World Rally Championship titles. This expertise and passion for performance have translated into several exciting projects, such as recommissioning the iconic Alan Jones’ Williams FW07/04 F1 car, crafting a Restomod version of the Ford Escort MK1 Speedster, and rebuilding a Maserati 3500 GT Inezione that earned a runner-up position at the Salon Privé. Now, the team’s skills are showcased in their Porsche 914 Restomod, which was first introduced to the world in 2021 to widespread praise.

This Porsche 914 Restomod is a complete reimagining that seamlessly fuses the car's original spirit with cutting-edge modern features. (Picture from: TopGear)

This Porsche 914 Restomod is far from a simple restoration. It’s a thorough reimagining that carefully blends the car’s original spirit with advanced modern features. Using a Porsche 987 Cayman S as its base, this mid-engined, Targa-topped roadster comes alive with a 3.8-liter, six-cylinder boxer engine, delivering the classic Porsche roar that enthusiasts love. Extensively reworked, this engine is now capable of producing between 380 and 400 horsepower—more than three times the power of the original model. Steel internals, forged pistons, and a state-of-the-art Life Racing ECU ensure that this car is as powerful as it is reliable.

Built on a Porsche 987 Cayman S, this mid-engined, Targa-topped roadster features a 3.8-liter six-cylinder boxer engine, delivering the iconic Porsche roar. (Picture from: TopGear)

Paired with a 6-speed transmission, the driving experience is smooth and responsive, offering exceptional performance across the rev range. Handling is enhanced by Reiger three-way adjustable coil-over shock absorbers, which are typically found on World Rally Cars, giving drivers a taste of rally-level performance on the road. The suspension, based on the Cayman’s architecture, adds stability and control, ensuring an unforgettable driving experience.

Braking is just as impressive, thanks to Porsche Brembo four-piston calipers and cross-drilled, vented discs. This setup, combined with a floor-mounted AP Racing pedal box, ensures that stopping power is both strong and precise. To further enhance safety and performance, the car features a custom-made fuel cell with an FIA-compliant bladder, a detail that nods to the firm’s motorsport heritage.

Inside, the Porsche 914 Restomod impresses with its luxurious leather-draped cabin, Recaro seats for comfort and style, re-engineered bulkhead for extra legroom, and meticulously crafted cockpit that balances functionality with beauty. (Picture from: TopGear)

The bespoke nature of this vehicle extends beyond its performance features. From a fly-by-wire throttle system to a stainless-steel exhaust, every element of the car is carefully crafted. Rolling on 18-inch Fuchs wheels wrapped in Michelin Pilot Sport 2 tires, this Porsche 914 not only looks stunning but handles with precision.

While the car’s exterior retains the Porsche 914’s iconic look, it has undergone significant upgrades. The chassis has been reworked, with suspension pick-up points redesigned to accommodate the Cayman-based architecture. The body has been strengthened, with T45 tubular chassis structural reinforcement enhancing rigidity. The vehicle’s carbon fiber body panels have been widened, giving it a bolder appearance. A redesigned bonnet and bumper improve cooling, and a rear ducktail spoiler adds an aggressive edge. LED projector headlights light the way, while distinctive “Moby Dick” style driving lights offer a unique flair.

The bespoke design of this vehicle includes a redesigned bonnet and bumper for improved cooling, a rear ducktail spoiler for an aggressive touch, and distinctive LED projector headlights with "Moby Dick" style driving lights for added flair. (Picture from: TopGear)

Inside, the Porsche 914 Restomod is just as impressive. The cabin is draped in luxurious leather, and the Recaro seats provide both comfort and style. With a re-engineered bulkhead, the interior offers extra legroom, making it a more practical and comfortable space for drivers. Every detail of the cockpit has been designed with care, ensuring that this recreation of a classic car is as functional as it is beautiful.

Each of these custom-built cars is created to meet the specific desires of the customer. From color choices to trim options, buyers can personalize their vehicle to suit their taste. Available in both left- and right-hand drive, this Porsche 914 Restomod is sure to capture the hearts of classic car lovers everywhere.

The bespoke nature of this vehicle goes beyond performance, with every element, from the fly-by-wire throttle to the stainless-steel exhaust, meticulously crafted. (Picture from: TopGear)

The road to creating the Fifteen Eleven Design Porsche 914 has been long and challenging, but the result speaks for itself. Ben Mellors, Managing Director of Fifteen Eleven Design, expressed his pride in the project, stating that the vision has finally come to life. While the process took longer than expected, Mellors emphasized that their dedication to achieving perfection in every aspect of the build was worth the wait. The final product is not only stunning to look at but also thrilling to drive, combining the best of modern technology with the timeless elements of classic car design.

The Fifteen Eleven Design Porsche 914 Restomod is now ready for the world to experience. Years of hard work and passion have culminated in a vehicle that showcases the best of both the old and the new. As order books open, car enthusiasts are invited to be part of this extraordinary journey, owning a piece of history that’s been reimagined for the modern age. *** [EKA | FROM VARIOUS SOURCES | FIFTEEN ELEVEN DESIGN | TOPGEAR | ALPHABET ]

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The Fascinating Evolution of Volkswagen's Scooter Concept

Weird ONES - The fleeting nature of concept cars often leaves them forgotten once their moment in the spotlight fades. These vehicles, especially those with unique or eccentric designs, are frequently destroyed. This harsh reality means that even beautiful cars can be scrapped, let alone the odd ones. Today, we dive into the story of an unusual and unique concept vehicle from Volkswagen, known as the Scooter Concept. Unlike many other concept cars, the Scooter had a different fate, as it was later developed further and realized as the production version called the Volkswagen XL1 in 2013.

The Volkswagen Scooter Concept was created by the German manufacturer as part of its efforts to develop energy-efficient vehicles. (Picture from: MotorAuthority)

In the mid-80s, considered a "golden era" for the automobile industry, Group B, Group C, and turbocharged Formula 1 cars promised a bright future for gasoline enthusiasts. However, leading automobile companies began to realize that this golden era would not last forever. Volkswagen was one such company, increasingly paying attention to experimental cars with minimal energy consumption.

Design sketch of the Volkswagen Scooter Concept, envisioned as an energy-efficient three-wheeled vehicle. (Picture from: Carstyling.ru)

A small group of Volkswagen engineers envisioned a future problem and sought to address it. Their idea was to create a car with minimal aerodynamic drag, modest curb weight, high maneuverability, and decent dynamics. Additionally, the car needed to be equipped with a maximum of a 4-cylinder engine with a working volume of up to 1.4 liters and be stylish enough to attract a young audience.

The Volkswagen Scooter Concept featured minimal aerodynamic drag, modest curb weight, high maneuverability, and decent dynamics. (Picture from: Carstyling.ru)

This project was created in secret from the top management, which was quite unusual for a German company. By 1986, the car was ready, and it was bold for Volkswagen. With three wheels, a streamlined front end, and gull-wing doors, the Scooter stood out among the Golfs and Passats of that time, resembling a spaceship more than a conventional car.

The Volkswagen Scooter Concept derived its name from a scooter, reflecting its small size and agility. (Picture from: Carstyling.ru)

The Scooter concept derived its name from a scooter, reflecting its small size and agility. Despite its compact design, the cabin could accommodate two adult riders and had space for a small suitcase behind the seats, making it a practical city vehicle. The unique three-wheeled concept was presented at the 1986 Geneva Motor Show, showcasing Volkswagen's ambition to create a fuel-efficient city vehicle with sporty performance and innovative styling.

The Volkswagen Scooter Concept, with its three wheels, streamlined front end, and gull-wing doors, resembled a spaceship more than a conventional car, standing out among the Golfs and Passats of that time. (Picture from: Carstyling.ru)

The Scooter concept was a two-seater coupé with gull-wing doors and was powered by a front-mounted four-cylinder engine. This engine, with a displacement of 1 liter, produced 40 bhp at 5300 rpm and 74 Nm of torque at 2700 rpm. The power was delivered to the front wheels through a four-speed manual transmission. Weighing just 635 kg, the Scooter promised excellent fuel efficiency and agile performance.

The Volkswagen Scooter Concept's cabin could accommodate two adult riders and had space for a small suitcase behind the seats, making it a practical city vehicle. (Picture from: Carstyling.ru)

The Scooter's front suspension architecture was borrowed from the Polo of that time, ensuring a balance between performance and comfort. The press release indicated that the car was equipped with two engines, the most economical being a 1-liter engine producing 41 horsepower, while the more powerful 1.4-liter engine developed 90 horsepower, enabling the Scooter to accelerate to 100 km/h in 8.5 seconds and reach a top speed of 220 km/h.

The Volkswagen Scooter Concept was powered by two engine options: a 1-liter engine producing 41 horsepower and a 1.4-liter engine delivering 90 horsepower. (Picture from: Carstyling.ru)

However, road tests revealed that while the Scooter was indeed very economical, with the 90-horsepower engine consuming only 4.7 liters of gasoline per 100 kilometers, it was never pushed to its maximum speed. The car's drag coefficient of 0.25, similar to the Audi A2, contributed to its efficiency.

The Volkswagen XL1 (VW 1-Litre) is a two-seat limited-production vehicle, with only 250 units produced starting in mid-2013, representing the evolution of the Volkswagen Scooter Concept. (Picture from: Wikipedia)

Despite public interest, Volkswagen was hesitant to release such a radical and unconventional car. Nonetheless, the concept of a compact, super-economical car was considered for future projects, albeit without the sporty factor. The first successor to the Scooter, created by Ferdinand Piech, appeared in 2002 as the Volkswagen 1 Liter Car, which was then produced as the limited edition Volkswagen XL1 in 2013, with only 250 units made. | UmRTX_Hr7Ls |

The Volkswagen Scooter concept remains a fascinating chapter in the history of automotive innovation. It showcased bold ideas and forward-thinking design, serving as an example of the endless possibilities that concept cars represent. Though it never made it to production, its legacy lives on as a testament to creativity and experimentation in the automotive industry. *** [EKA | FROM VARIOUS SOURCES | MOTORAUTHORITY | STORY-CARS | CARSTYLING.RU | WIKIPEDIA ]

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TOM'S Angel T01: Rare and Unique Japanese Sports Car

Rare ONES - Some time ago, we discussed the Tommy Kaira ZZ-II, a sports car from a Japanese automotive tuning and manufacturing company. Today, let's delve into another fascinating sports car from Japan, made by a company with a remarkably similar name. The car in question is the TOM'S Angel T01, created by TOM'S (Tachi Oiwa Motor Sport) Racing, a Toyota-supported race team and parts manufacturer.

The TOM'S Angel T01 created by TOM'S (Tachi Oiwa Motor Sport) Racing, a Toyota-supported race team and parts manufacturer to celebrate their 20th anniversary in 1994. (Picture from: Classic And Recreation Sportscars)

TOM'S has been a prominent name in motorsport since its establishment in 1974. Over the past five decades, they have achieved numerous victories, leaving a significant mark on the motorsport world. Their contributions include building Formula 3 engines and chassis.

The TOM'S Angel T01 was designed from scratch by Martin Oglivie and built at the company's UK factory. (Picture from: Classic And Recreation Sportscars)

To celebrate their 20th anniversary, TOM'S took a unique approach. While most companies might release anniversary-badged items, TOM'S decided to fulfill a long-held dream by creating their own mid-engine race car for the road. The plan was to produce one Angel T01 concept and then consider either low-volume production or selling the design and rights to another manufacturer. Unfortunately, neither plan materialized, resulting in only the prototype T01 being produced.

The TOM'S Angel T01 shares several design elements with Lotus cars, such as lightness, compactness, a low center of gravity, and chassis rigidity. (Picture from: Forum.Forza.net)

The Angel T01 made its debut at the 1994 Tokyo Auto Salon. It was built at TOM'S factory in the UK with a design by Martin Ogilvie, who had previously worked on the Lotus F1 T100. The Angel T01 shares several design elements with Lotus cars, such as lightness, compactness, a low center of gravity, and chassis rigidity. Despite its compact dimensions, the car was designed from scratch rather than using a kei car chassis.

The Angel T01 features a bathtub carbon composite monocoque and unique gull wing doors. (Picture from: Classic And Recreation Sportscars)

To manage production costs, the Angel T01 utilized several OE Toyota parts, the most noticeable being the AE92 Corolla hatchback taillights. However, what truly sets the car apart are the custom-designed elements by TOM'S.

The TOM'S Angel T01 uses double wishbone suspension with adjustable Spax dampers all around, along with four-wheel disc brakes that include bias adjustment. (Picture from: Classic And Recreation Sportscars)

The Angel T01 features a bathtub carbon composite monocoque and unique gull wing doors. It uses double wishbone suspension with adjustable Spax dampers all around, along with four-wheel disc brakes that include bias adjustment.

The TOM'S Angel T01 boasts a race-inspired interior that includes a removable steering wheel. (Picture from: SpeedHunters)

Powering the Angel T01 is a 1.6L 20-valve 4A-GE engine from an AE101 Corolla, producing 160 hp in its stock form. This engine is mounted in a rear-mid position and drives the rear wheels through the AE101's original 5-speed manual gearbox. A horizontally mounted Ford radiator sits under the front overhang.

The TOM'S Angel T01 features an air-conditioned cabin with fixed polycarbonate windows on the doors, which cannot be lowered. (Picture from: Classic And Recreation Sportscars)

With a weight of just 700kg (1,543lb), the Angel T01 is impressively quick. TOM'S initially claimed a 0-100km/h time of 5.5 seconds, though subsequent engine updates have likely made it even faster.

The TOM'S Angel T01 utilized several OE Toyota parts, the most noticeable being the AE92 Corolla hatchback taillights to o manage production costs. (Picture from: Classic And Recreation Sportscars)

Interestingly, air conditioning was a standard feature in the Angel T01, a necessity given that the doors' windows are fixed polycarbonate pieces that cannot be rolled down. The windscreen was sourced from a Lancia Stratos.

The TOM'S Angel T01 powered by a 1.6L 20-valve 4A-GE engine from an AE101 Corolla, producing 160 hp in its stock form. (Picture from: Classic And Recreation Sportscars)

The Angel T01 stands out as one of the more famous concept cars, partly due to its appearance in video games. However, it's just one example of many remarkable one-off creations. Other notable fantasy-to-full-scale concepts include Aston Martin’s Bulldog, the Saab Aero-X, Ferrari’s 512 Modulo, Yamaha’s OX99-11, and Alfa Romeo’s TZ3 Corsa, which was built to celebrate Alfa's 100th anniversary.

Most concept cars or celebratory vehicles are based on existing platforms, making TOM'S achievement of designing and building an entirely new car from scratch even more impressive. The Angel T01 remains a testament to TOM'S innovation and dedication to automotive excellence, showcasing their ability to create a unique and remarkable vehicle. *** [EKA | FROM VARIOUS SOURCES | MOTOR1 | SPEEDHUNTERS | FORUM.FORZA.NET | CLASSIC AND RECREATON SPORTSCARS | K.SINA.CN ]

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Hennessey Venom F5-M : The Most Powerful Manual Car Ever

The Most ONES - The world of high-performance hypercars is driven by one constant desire—pushing the boundaries of speed, power, and excitement. In an era where superlatives like "the fastest," "the strongest" and "the most powerfull" still dominate, Hennessey Performance has introduced a new contender that fits right into that narrative. Enter the Hennessey Venom F5-M Roadster, a hypercar that doesn't shy away from breaking conventions while aiming to shatter the 300 mph barrier. This isn't just another release; it's a statement from Hennessey about what a hypercar should be in 2024.

The Hennessey Venom F5-M Roadster is a hypercar that doesn't shy away from breaking conventions while aiming to shatter the 300 mph barrier. (Picture from: TopGear)

For years, there has been skepticism about whether manual transmissions could handle the massive power outputs that today’s hypercars deliver. Hennessey, however, has made it clear that the Venom F5-M Roadster is up to the task. Powered by the company’s iconic ‘Fury’ V8 engine, a 6.6-liter twin-turbo marvel capable of producing 1,817 brake horsepower, the F5-M Roadster proves that raw power and manual gear shifting can indeed coexist. The engine revs all the way to 8,500 rpm, unleashing pure adrenaline for anyone fortunate enough to sit behind the wheel.

The Hennessey Venom F5-M Roadster powered by the company’s iconic ‘Fury’ V8 engine, a 6.6-liter twin-turbo marvel capable of producing 1,817 brake horsepower. (Picture from: TopGear)

What truly sets the F5-M Roadster apart from its predecessors is its manual transmission, an aspect that hardcore car enthusiasts have been longing for. Instead of the paddle shifters and drive mode buttons found in previous Venom F5 models, the F5-M introduces a traditional stick shift, complete with a clutch pedal. The shift gate, carefully crafted from billet aluminum, offers a tactile driving experience that’s hard to match in today’s era of automated everything. Hennessey’s decision to opt for a mechanical transmission over an electronic one is a deliberate move, perhaps a subtle dig at Koenigsegg’s simulated manual gearbox found in the CC850.

The Hennessey Venom F5-M Roadster features a lightweight 8 kg, Alcantara-lined carbon fiber roof that’s easily removable with quick-release bolts and latches. (Picture from: TopGear)

That being said, the car isn't entirely devoid of modern technology. While the manual transmission offers a hands-on driving experience, the vehicle still uses electronic aids to optimize power delivery. As speed increases, so does the power output, ensuring that the car's full potential is only unleashed when the time is right. This approach is reminiscent of how Ferrari fine-tunes the power delivery in its turbocharged V8 engines, ensuring maximum traction and acceleration at the right moments.

Inside the Hennessey Venom F5-M Roadster's cockpit, the redesigned interior showcases a precisely positioned aluminum and carbon fiber gear shifter, designed for optimal shifting comfort. (Picture from: TopGear)

Then, there’s the roof—or rather, the lack of a complex one. The F5-M Roadster keeps things simple with a single-piece, Alcantara-lined carbon fiber roof. Weighing only 8 kilograms, the roof can be removed easily using quick-release bolts and high-strength latches. Once detached, the roof can be placed on a custom-made carbon-fiber stand, adding a touch of sophistication when it's off the car. This simplicity is a nod to those who appreciate the elegance of a streamlined design while still valuing function over form.

The Hennessey Venom F5-M Roadster  introduces a traditional stick shift, complete with a clutch pedal. (Picture from: TopGear)

The F5-M Roadster also includes new design elements to differentiate it from its siblings. A unique glass engine cover allows drivers and onlookers alike to admire the massive V8 engine in all its glory. Additionally, the car features a fresh wheel design and a prominent shark fin on the engine cover. These details not only make the Roadster visually distinct but also ensure that the F5-M is unmistakable from the moment it hits the road.

The Hennessey Venom F5-M Roadster features a fresh wheel design and a prominent shark fin on the engine cover. (Picture from: TopGear)

John Hennessey, the visionary founder and CEO of Hennessey Performance, expressed the company's long-standing desire to create a manual version of the Venom F5. According to him, this decision was driven by client demand and a desire to enhance the driving experience. In his words, the F5-M Roadster is a vehicle that heightens every sensory experience, from the sound of the engine to the feel of the shifter in hand. He believes that this hypercar offers one of the most immersive and thrilling driving experiences available today.

The unique glass engine cover lets drivers and onlookers admire the massive V8 engine, making the F5-M Roadster visually distinct and instantly recognizable. (Picture from: TopGear)

For those lucky enough to own one, the Hennessey Venom F5-M Roadster represents the pinnacle of driving pleasure. With only 12 units being produced at a price of $2.65 million each, this hypercar is as exclusive as it is exhilarating. As part of the overall 30-car production run of the Venom F5 Roadsters, these manual versions are already sold out, proving once again that demand for high-performance vehicles with a personal touch remains sky-high. | 0w2XsbvesMw |

In the end, the Hennessey Venom F5-M Roadster isn’t just a car—it’s an invitation to experience driving in its purest form. It’s a rare opportunity to feel connected to every element of the machine while hurtling down the road at breakneck speeds. So, would this be the car to complete your dream garage? For many, the answer would undoubtedly be yes. *** [EKA | FROM VARIOUS SOURCES | HENNESSEY | EVO.CO.UK | MOTOR1 | TOPGEAR ]

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