Rhino Racing RR01 Brings V10 Supercar Thrills to Your Garage

Garage Supercar - The idea of building your own supercar once sounded like a fantasy reserved for seasoned engineers or eccentric dreamers with endless time and money. Today, that vision feels far more attainable, thanks to projects like the Rhino Racing RR01. Emerging from Lithuania’s growing performance scene, this self-assembly machine reshapes what it means to own a high-performance car. It blends affordability, mechanical honesty, and bold design into a package that invites enthusiasts not just to drive, but to create.  

The Rhino Racing RR01 is a track-focused supercar developed by Lithuania-based Rhino Racing and delivered as a self-assembly kit for owners to build themselves. (Picture from: CarBuzz)

Developed by Lithuania-based Rhino Racing, the RR01 is a track-focused supercar delivered as a kit that owners assemble themselves. Remarkably, the company claims the process does not demand extensive technical knowledge, lowering the barrier to entry for aspiring builders. Even more surprising is the price: starting at €25,000 before taxes (roughly $27,000 at the time of writing), the RR01 undercuts nearly every new performance car on the market. Despite its motorsport DNA, Rhino Racing maintains that the car is street-legal, positioning it as both a weekend track weapon and a road-going statement. 

The Rhino Racing RR01 comes equipped with essential interior components, including occupant tubs, a dashboard and center console, wheel well liners, and a functional rear diffuser. (Picture from: CarBuzz)

At its core, the RR01 is built around a welded T6 aluminum monocoque paired with a fully integrated chromoly roll cage, emphasizing rigidity and safety from the outset. The suspension architecture is equally serious, featuring front and rear double wishbone pushrod setups with fully adjustable geometry and three-way Nitron R3 racing dampers. The bodywork, formed from glass-fiber-reinforced plastic, includes the main shell, front and rear hoods, bumpers, side skirts, and dramatic gullwing doors. Inside, the essentials are covered: tubs for both occupants, a dashboard and center console, wheel well liners, and a functional rear diffuser. The overall silhouette is low, purposeful, and unmistakably modern, proving that kit cars no longer need to look improvised or unfinished.  

The Rhino Racing RR01 comes equipped with essential interior components, including occupant tubs, a dashboard and center console, wheel well liners, and a functional rear diffuser. (Picture from: CarBuzz)

For builders seeking a more complete performance package, Rhino Racing offers an upgraded specification for €27,500 (around $29,600). This version adds serious stopping power with AP Racing six-piston brakes and 362-millimeter discs at both ends, along with a Tilton 600 pedal set and the necessary clutch and brake plumbing. Tillett B6 GRP seats with harnesses anchor the driver and passenger, while exterior lighting, cooling and dual-pump fueling systems, and an Ecumaster ECU with its dedicated display integrate the car’s vital functions. Nineteen-inch alloy wheels wrapped in Toyo Proxes tires complete the setup, reinforcing the RR01’s track-ready intent.

The Rhino Racing RR01 is built around a welded T6 aluminum monocoque combined with a fully integrated chromoly roll cage, ensuring exceptional rigidity and safety from the very beginning. (Picture from: CarBuzz)

Power, however, remains a personal choice. The chassis is designed to accept a wide range of engines and transmissions, and the base kits are sold without an engine. For those who prefer a proven solution, Rhino Racing offers a rebuilt 5.2-liter V10 sourced from the Audi R8. Priced at €37,500 (approximately $40,390), this naturally aspirated unit comes paired with a single-mass flywheel, racing clutch, straight-cut sequential gearbox, limited-slip differential, motorsport ECU, and dedicated wiring loom. In this configuration, it produces around 480 horsepower sent to the rear wheels—less than the R8’s peak figures, but likely tuned with durability and reliability in mind. In an era dominated by turbochargers and ever-increasing output numbers, the option of a high-revving, naturally aspirated V10 feels refreshingly analog. | lBklQUmvKUU |

The RR01 arrives at a time when car culture is rediscovering the joy of mechanical involvement. Beyond performance statistics, it offers something rare in today’s automotive landscape: ownership that begins long before the first drive. Orders are already open, with components scheduled for delivery starting in August or September 2024. More than just an affordable supercar, the Rhino Racing RR01 represents a shift toward hands-on passion, where building the machine becomes as meaningful as driving it, and where modern enthusiasts can once again shape their dream car with their own hands. *** [EKA | FROM VARIOUS SOURCES | RHINO RACING | CARBUZZ | MOMOBILID ]

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The 1991 Bitter Tasco Prototype and Its Chrysler V10 Ambition

Cross-Continental Ambition - Automotive history tends to spotlight production legends, yet some of the boldest ideas live in prototypes that never reached the road. In the early 1990s—an era shaped by recession, cautious investors, and rapidly evolving performance technology—one ambitious project quietly attempted to merge European grand touring sophistication with raw American engineering. That project was the 1991 Bitter Tasco Prototype, built around Chrysler’s then-upcoming V10 powerplant and driven by the restless vision behind the Bitter Tasco Concept. 

The 1991 Bitter Tasco Prototype built around Chrysler’s then-upcoming V10 powerplant and driven by the restless vision behind the Bitter Tasco Concept.. (Picture from: TraumAutoArchiv.de)

The man at the center of this story was Erich Bitter, a former racing driver who transitioned into crafting exclusive grand tourers under Erich Bitter Automobil GmbH. His earlier successes, including the Bitter CD and the Bitter SC, followed a clear formula: elegant European styling layered over dependable Opel and GM mechanical foundations. By the beginning of the 1990s, however, Bitter wanted to break from the front-engine tradition that had defined his brand. He envisioned a mid-engined grand tourer—something that could rival exotic supercars while maintaining everyday usability and long-distance comfort. 

The 1991 Bitter Tasco Prototype embodied early-1990s supercar ambition with sharp, angular surfacing, wide planted proportions, large gullwing-style glass doors, and a modular roof system with removable panels that added further complexity. (Picture from: TraumAutoArchiv.de)

To bring this vision to life, Bitter collaborated with Opel for design support and American Sunroof Corporation (ASC) for engineering and fabrication expertise. The mechanical heart of the Tasco was intended to be Chrysler’s new 8.0-liter V10—an engine still in pre-production development at the time and later introduced publicly in the Dodge Viper RT/10. Although the Viper had not yet launched when the Tasco debuted, ASC’s involvement in Viper development gave the project access to the upcoming powertrain. In production Viper form, the V10 produced around 400 horsepower and 465 lb-ft of torque. While no official documentation confirms the exact configuration installed—or fully installed—in the Tasco prototype, the chassis and engineering layout were clearly designed to accommodate that V10 architecture. 

The 1991 Bitter Tasco Prototype marked a dramatic shift for Bitter, adopting a mid-mounted engine positioned behind the driver and supported by a custom tubular spaceframe chassis. (Picture from: TraumAutoArchiv.de)

Structurally, the Tasco marked a dramatic shift for Bitter. The engine was positioned behind the driver in a mid-mounted layout, supported by a custom tubular spaceframe chassis. Estimated weight ranged between roughly 3,300 and 3,600 pounds, placing it firmly within serious performance territory. Visually, the car embodied early-1990s supercar ambition: sharp, angular surfacing; wide, planted proportions; and large gullwing-style glass doors that gave it theatrical presence. A modular roof system with removable panels added further complexity. Although the show versions lacked a fully developed interior and, at certain exhibitions, a complete running drivetrain, the concept targeted a balance of luxury and high performance—blending supercar stance with grand touring comfort.

The 1991 Bitter Tasco Prototype was engineered around Chrysler’s new 8.0-liter V10, which was still in pre-production development at the time and later debuted publicly in the Dodge Viper RT/10.. (Picture from: TraumAutoArchiv.de)

The Tasco made its primary public debut at the 1991 Geneva Motor Show, presented as a forward-looking German-American hybrid. It also appeared at the Frankfurt Auto Show, where it was shown in non-running form, without a finished interior or operational suspension setup. Behind the scenes, financing became the decisive obstacle. Bitter sought backing from a Japanese firm involved in Formula One circles, and prototype construction was handled in Coventry by specialists connected to British motorsport engineering. But as the global economy slipped into recession, funding evaporated. Without large-scale manufacturing capability or secured investment, the Tasco’s path to production quietly closed before it could gain momentum. | ydw3mdbzYbA |

Today, the sole completed Bitter Tasco prototype survives as a static exhibit at the Coventry Transport Museum, repainted from its original greenish fiberglass finish into a bluish metallic tone and wearing subtle cosmetic differences from its early show form. A second unfinished chassis reportedly changed hands privately in the early 1990s, though no verified reports confirm it ever became roadworthy. Even as a one-off, the Tasco remains historically intriguing. Years before mid-engined American supercars became part of mainstream performance conversations, Erich Bitter imagined a V10-powered grand tourer that crossed borders in both engineering and identity. Its production dream may have faded, but its ambition still feels remarkably aligned with today’s global approach to performance design. *** [EKA | FROM VARIOUS SOURCES | HOTCARS | TRAUMAUTOARCHIV ]

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Mansory Carbonado X: Extreme Carbon-Fiber Craftsmanship in Motion

Obsidian Pulse - In a world where automotive engineering constantly pushes the boundary between art and performance, few creations manage to turn heads as effectively as the Mansory Carbonado X. This vehicle is more than just a reinterpretation of a supercar—it’s a bold statement of design ambition and technological daring. At first glance, its presence alone signals a break from convention, blending razor-sharp aesthetics with meticulous engineering that speaks to the demands of modern hypercar enthusiasts. 

TThe Mansory Carbonado X, transformed by Mansory from the Lamborghini Revuelto platform, is more than a reinterpretation of a supercar—it stands as a bold statement of design ambition and technological daring. (Picture from: InterestingEngineering)

The mastermind behind this project is the renowned German tuner Mansory, celebrated for transforming already exceptional vehicles into singular works of automotive artistry. With the Carbonado X, Mansory took the Lamborghini Revuelto as a foundation but rebuilt it entirely, replacing standard panels with a meticulously crafted carbon fiber body. The result is a car that not only looks striking but is also optimized for structural integrity and lightweight performance—a feat achieved through high-heat, high-pressure molding techniques that leave every line and curve with a precision unattainable in traditional manufacturing. 

The Mansory Carbonado X presents a striking composition of sharp angles and purposeful lines, with a redesigned front apron and bonnet that channel airflow efficiently while reinforcing its aggressive, forward-leaning stance. (Picture from: InterestingEngineering)

Visually, the Carbonado X is a symphony of angles and purposeful lines. The front fascia commands attention, featuring a redesigned apron and bonnet that channel airflow efficiently while giving the car a more aggressive, forward-leaning posture. Sculpted vents and geometric contours don’t just create drama—they manage cooling and enhance stability at high velocities. Mansory has deliberately avoided recycling previous design elements, making this supercar a fresh creation rather than a mere cosmetic overhaul, ensuring it stands apart from both the Revuelto and the tuner’s past projects.

The Mansory Carbonado X showcases its performance focus even in the forged FV.10 carbon wheels, whose outer carbon rings reduce unsprung weight to sharpen responsiveness and handling precision. (Picture from: InterestingEngineering)

Adding to its dynamic profile is a functional roof scoop perched above the cabin. Beyond an aesthetic flourish, this intake serves a critical role in channeling air to the potent 6.5-liter V12 engine below. The combination of hybrid assistance and combustion power demands efficient thermal management, and the roof scoop ensures the engine performs at peak efficiency even during sustained high-speed runs. In this way, every visual choice doubles as a functional enhancement, blurring the line between style and engineering. 

The Mansory Carbonado X reveals a futuristic cabin wrapped in Alcantara and carbon fiber, illuminated by striking turquoise accents that amplify its sharp, high-performance character. (Picture from: InterestingEngineering)

The rear design continues this philosophy, prioritizing aerodynamic intelligence. An extendable spoiler and a large diffuser work in tandem to regulate airflow, improving downforce and traction, especially during cornering or rapid acceleration. The triple triangular exhaust setup provides both a visual signature and optimized flow for the upgraded powertrain. Its geometric arrangement draws the eye while serving a purpose, reinforcing Mansory’s commitment to performance-oriented design rather than ornamental embellishment.

The Mansory Carbonado X matches its dramatic design with formidable performance, delivering 930 horsepower from its V12 engine alone and a combined 1,120 horsepower when paired with three electric motors. (Picture from: InterestingEngineering)

Performance under the skin is just as compelling as the visuals. The V12 engine alone delivers 930 horsepower, an upgrade from the Revuelto’s base configuration, and when combined with three electric motors, the Carbonado X produces an astonishing 1,120 horsepower. This hybrid enhancement allows the car to reach top speeds exceeding 220 miles per hour, situating it firmly in the ultra-high-performance echelon while remaining compliant with modern expectations for hybrid-assisted efficiency. 

The Mansory Carbonado X extends its aerodynamic philosophy at the rear with an active spoiler and large diffuser that enhance downforce and traction, complemented by a triple triangular exhaust that defines its bold performance identity. (Picture from: InterestingEngineering)

Even the wheels reflect Mansory’s obsession with performance optimization. Forged FV.10 carbon wheels, complete with outer carbon rings, reduce unsprung weight, enhancing responsiveness and handling precision. The lightweight construction ensures durability at extreme speeds while preserving agility, exemplifying the meticulous attention to detail that permeates every aspect of the Carbonado X. This balance of artful design, raw power, and technical sophistication captures the spirit of a hypercar designed for an era that values both visual distinction and engineering excellence. | QguGy2NvGTY |

The Mansory Carbonado X is more than a supercar; it’s a lens through which the future of automotive craftsmanship can be glimpsed. By fusing hybrid technology with a fully reimagined carbon fiber architecture, it sets a new benchmark for what a modern hypercar can achieve, challenging assumptions about performance, beauty, and innovation in ways that are impossible to ignore. Its presence on the road is not just about speed—it’s about redefining the very language of automotive expression. *** [EKA | FROM VARIOUS SOURCES | INTERESTING ENGINEERING AUTOBLOG | SUPERCARS.NET ]

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Miura SVR Concept Highlights Lamborghini’s No-Revival Stance

Heritage Restraint - The automotive world loves a good comeback story, but not every legend is meant to return. Some icons endure precisely because they are left untouched, preserved in the era that made them extraordinary. Few cars embody that idea better than the Miura. While digital renderings and speculative concepts continue to imagine its rebirth, the broader message from Sant’Agata Bolognese has remained remarkably consistent: the Miura belongs to history, not the production line of tomorrow. 

The Miura SVR Concept is a bold digital exploration by Andrea Sassano, envisioning what a contemporary Miura could look like through a modern interpretation. (Picture from: Autoevolution)

When the Lamborghini Miura arrived in the 1960s, it reshaped the performance car landscape. Its mid-engine configuration, dramatic proportions, and flowing silhouette helped propel Lamborghini into global prominence. The Miura didn’t just compete with the establishment; it rewrote the rules, becoming a blueprint for what we now recognize as the modern supercar. Unlike the Lamborghini Countach, which has enjoyed reinterpretations and renewed visibility in recent years, the Miura has never been granted a full modern revival. 

The Miura SVR Concept visually preserves the original’s unmistakable DNA, reinterpreting its iconic round headlights and signature black “eyelash” accents with modern precision. (Picture from: Autoevolution)

That hasn’t stopped designers from imagining one. Andrea Sassano’s Miura SVR Concept is a bold digital exploration of what a contemporary Miura might look like. Carrying the aggressive SVR designation—traditionally reserved for the most extreme variants in Lamborghini’s naming language—the concept leans heavily into performance-inspired design. The badge itself is not without historical meaning. In 1974, Lamborghini built the one-off Lamborghini Miura SVR, a radically modified, track-oriented evolution of the original created for a Japanese client.  

The Miura SVR Concept retains a low, wide stance and dramatic fastback profile while incorporating large front air intakes, a pronounced splitter, and exposed carbon fiber elements that heighten its aggressive presence. (Picture from: Autoevolution)

By reviving the SVR name, Sassano’s concept subtly nods to that lesser-known but significant chapter in Miura history. Yet notably, this modern interpretation reveals no power figures, no drivetrain configuration, and no technical platform. The absence of specifications is intentional: this is a design study driven by emotion, not an engineering proposal. 

The Miura SVR Concept features a thin full-width LED light bar above an imposing rear diffuser, reinforcing its track-focused attitude without compromising its classic proportions. (Picture from: Autoevolution)

Visually, the concept preserves the original’s unmistakable DNA. The iconic round headlights with their signature black “eyelash” accents return, reinterpreted with modern precision. The low, wide stance and fastback profile remain central to its character, while contemporary elements sharpen its presence. Large front air intakes, a pronounced splitter, and visible carbon fiber details emphasize aggression. At the rear, a thin LED light bar stretches across the width above an imposing diffuser, giving the car a track-focused attitude without distorting its classic proportions. Even in digital form, the balance between heritage and modernity feels carefully considered. 

The Miura SVR Concept features a thin full-width LED light bar above an imposing rear diffuser, reinforcing its track-focused attitude without compromising its classic proportions. (Picture from: id.Motor1)

Historically, Lamborghini has revisited the Miura name only in the spirit of tribute, never as a blueprint for revival. In 2006, the brand unveiled the Lamborghini Miura Concept as a design study marking the original’s 40th anniversary, making it clear from the beginning that it was not destined for production. A decade later, the celebration continued with the Miura Homage edition—50 specially finished units based on the Lamborghini Aventador—created to honor the Miura’s 50th anniversary. More recently, Lamborghini’s Head of Design, Mitja Borkert, has reaffirmed that philosophy. In various interviews, he has stressed that while the Miura remains deeply respected within the company, Lamborghini’s direction is firmly forward-looking. The brand’s future, he explains, is rooted in innovation and evolving design language—not in resurrecting past icons. | x5E9SzDF3Ow |

Seen in that context, the Miura SVR Concept does not contradict Lamborghini’s direction; it complements it. It highlights how powerful the Miura’s influence still is, even without an official successor. The car’s proportions, attitude, and emotional pull continue to inspire designers and enthusiasts alike. And perhaps that is the real point: some legends don’t need to return to prove their relevance. The Miura’s legacy remains intact—not because it was reborn, but because it was never diluted. *** [EKA | FROM VRIOUS SOURCES | AUTOEVOLUTION | ROADANDTRACK | AUTOEXPRESS | ID.MOTOR1 | OTOMOTIF.SINDONEWS | MOBILINANEWS ]

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2009 Corvette Stingray Concept: The Forgotten Design That Sparked a New Era

Shadow Revival - There’s something inherently magnetic about the moment a concept car rolls into the spotlight—an ephemeral glimpse at what might be, blending imagination with engineering prowess. Back in 2009, amidst the swirling rumors and digital renderings surrounding the next-generation Corvette, Chevrolet delivered one such vision: the Corvette Stingray Concept. It wasn’t just another tease; it was a vivid reminder that the Corvette lineage thrives on daring creativity, bridging the past and future with unapologetic flair. The Stingray Concept was a statement, a bold exercise in design exploration, and a piece of automotive history that few remember in detail today. 

The 2009 Corvette Stingray Concept, developed under Chief Designer Tom Peters, was never meant for production but served as a full-scale design study to explore bold styling and structural ideas beyond showroom limits. (Picture from: Motor1)

Developed by Chevrolet’s skilled design team under Chief Corvette Designer Tom Peters, the Stingray Concept was never intended to be a production car. Instead, it functioned as a three-dimensional sketch, where designers could test styling cues and structural ideas beyond the constraints of a showroom model. Drawing inspiration from Corvette heritage, the team revisited iconic elements from the 1959 Stingray Racer, the C2, and the C3, merging them into a contemporary silhouette. Split rear windows, pronounced fender humps, and sculpted side coves were amplified but still unmistakably Corvette, creating a look that was both nostalgic and forward-thinking. 

The 2009 Corvette Stingray Concept pushed boundaries with a body 3.1 inches longer, 5 inches lower, and 6.6 inches wider than the C6, its crisp, sharply defined surfaces echoing Bill Mitchell’s precise “pressed suit” design philosophy. (Picture from: Corvettes.nl)

From an exterior perspective, the concept’s proportions pushed boundaries. It stretched 3.1 inches longer, dropped 5 inches lower, and widened 6.6 inches compared to the C6, giving it an aggressive, planted stance. Every surface was crisp, almost surgical, reflecting a philosophy reminiscent of GM Styling legend Bill Mitchell’s “pressed suit” approach—where precision and elegance coalesce in a visual statement. The clamshell hood revealed a Formula 1-inspired front suspension, bright red coilover shocks, and a hybrid of stock and custom components that spoke to the playful experimentation behind the project. Massive wheels with staggered dimensions—20x9.5 at the front and 21x13 at the rear—underscored its performance-ready demeanor. 

The 2009 Corvette Stingray Concept featured a clamshell hood exposing an F1-inspired front suspension with red coilovers and mixed stock-custom parts, while massive 20x9.5 front and 21x13 rear wheels reinforced its performance-focused stance. (Picture from: Motortrend)

Under the hood, the Stingray Concept offered a surprising twist. Labelled as “Hybrid Stingray,” the engine compartment housed a standard LS3 V8 rather than a full hybrid system. The “hybrid” moniker hinted at emerging technologies such as cylinder deactivation and potential electric assist, a far cry from the purely combustion-focused V8s Corvette enthusiasts expected. The automatic transmission, borrowed from the C6, further emphasized that the car was a canvas for ideas rather than a high-speed prototype meant to shatter records. Its technical choices balanced visionary styling with practical feasibility, allowing designers to explore innovation without sacrificing reliability. 

The 2009 Corvette Stingray Concept elevated the C6’s simple cabin with a dual-cockpit design, bold bolsters, carbon fiber trim, and ambient LED lighting for a more driver-focused feel. (Picture from: Motorauthority)

Inside, the Stingray Concept was a deliberate evolution from the C6’s somewhat understated cabin. The dual cockpit layout, with pronounced bolsters, carbon fiber accents, chrome highlights, and ambient LED lighting, suggested a more luxurious, driver-centric experience. Navigation and media integration were modernized, and the interior reflected lessons learned from competitors that had raised the bar on cockpit refinement. In essence, the cabin was a laboratory for future Corvette interiors, many of which found their way into the C7’s production design. 

The 2009 Corvette Stingray Concept carried a “Hybrid” badge but actually ran a standard LS3 V8, with the name hinting at cylinder deactivation and possible electric assist rather than a true hybrid system. (Picture from: Motor1)

Though the Stingray Concept never saw high-speed testing or aerodynamic validation in a wind tunnel, its impact on Corvette culture was significant. It captured imagination not through speed or specifications but by presenting a cohesive vision—a car that was unmistakably American, unmistakably Corvette, yet unshackled by production limits. By the time Chevrolet showcased it at the 2009 Chicago Auto Show and featured it as Sideswipe in Transformers II, the vehicle became an emblem of creative freedom in automotive design, reminding fans that Corvette’s allure isn’t just in performance but in artistry and possibility. | hJRznWy00jo |

Today, the 2009 Corvette Stingray Concept remains the last of Chevrolet’s all-out, show-stopping Corvette concepts. In an era where mid-engine Zoras and production-ready innovations dominate the headlines, it stands as a testament to a time when designers could indulge in “what if” scenarios, blending legacy with experimentation. Its lines still draw eyes and provoke discussion, quietly asserting that some of the most memorable cars aren’t those you drive on the street, but those that ignite imagination in the minds of enthusiasts everywhere. *** [EKA | FROM VARIOUS SOURCES | GM | CORVETTES.NL | MOTORTREND | MOTORAUTHORITY | MOTOR1 ]

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A Modern Tribute to an Icon: The 2006 Lamborghini Miura Concept

Legacy Reforged - In the automotive world, few ideas are as captivating as revisiting a legend without becoming imprisoned by it. Manufacturers constantly balance heritage and innovation, deciding how much of yesterday should shape tomorrow. That tension came vividly to life in the 2006 Lamborghini Miura Concept, a car created not to restart an old chapter, but to reinterpret one of the most influential supercars ever built. 

The 2006 Lamborghini Miura Concept stood proudly alongside the legendary 1966 Lamborghini Miura, visually bridging four decades of design evolution in a single, striking moment. (Picture from: es.Motor1)

Unveiled in 2006 to mark 40 years since the original Miura stunned audiences at the Geneva Motor Show, the project—internally called “Concept M”—began in October 2003. It was the first Lamborghini design overseen by Walter de'Silva after he assumed creative leadership, working closely with Luc Donckerwolke. The car was initially revealed to select guests at the Paley Center for Media before making its public debut at the North American International Auto Show. Even without a full show-floor presence in Los Angeles, it generated immediate discussion among enthusiasts and industry insiders. 

The 2006 Lamborghini Miura Concept was unveiled to mark 40 years since the original Miura stunned audiences at the Geneva Motor Show, a project internally called “Concept M” that began in October 2003 under the creative leadership of Walter de'Silva alongside Luc Donckerwolke. (Picture from: Wikipedia)

Its emotional weight came from history. The original Lamborghini Miura emerged from a bold internal effort led by Gian Paolo Dallara, Paolo Stanzani, and Bob Wallace—initially without the full awareness of founder Ferruccio Lamborghini. Once approved and clothed in dramatic bodywork by Marcello Gandini at Bertone, it reshaped Lamborghini’s identity. The Miura proved that a mid-engined layout combined with daring design could redefine what a supercar meant. 

The 2006 Lamborghini Miura Concept paid tribute with remarkable discipline, echoing the 1966 original through its wraparound cockpit, concealed A-pillars, clamshell body sections, and signature “eyelash” headlights. (Picture from: ConceptCarz)

The 2006 concept paid tribute with remarkable discipline. Its wraparound cockpit, hidden A-pillars, clamshell front and rear sections, and signature “eyelash” headlights echoed the 1966 original. Muscular rear haunches tapered into a crisp Kamm tail, while subtle aerodynamic refinements—such as a carbon-fiber chin spoiler and electronically activated rear wing—addressed the high-speed lift that once challenged the classic model. Despite its nostalgic lines, the concept reportedly achieved a lower drag coefficient than the contemporary Gallardo, blending memory with measurable progress.

The 2006 Lamborghini Miura Concept was based on the Lamborghini Murciélago LP640 platform and, despite being an exterior study, would likely have used its spaceframe chassis, double wishbone suspension, and upgraded brakes in production form. (Picture from: ConceptCarz)

Underneath, the structure was closely related to the Lamborghini Murciélago LP640. Although presented purely as an exterior study without a finished interior, a production version would likely have used the LP640’s tubular steel spaceframe with carbon-fiber reinforcements, double wishbone suspension, and upgraded braking system. Power would have come from the 6.5-liter V12 producing 631 horsepower, paired with either a manual or E-Gear transmission and Lamborghini’s viscous all-wheel-drive system. Estimated performance figures—around 210 mph top speed and 0–62 mph in 3.4 seconds—would have placed it firmly among modern supercar elites. 

The 2006 Lamborghini Miura Concept featured muscular rear haunches flowing into a crisp Kamm tail, while subtle aerodynamic refinements such as a carbon-fiber chin spoiler and electronically activated rear wing helped counter the high-speed lift that once challenged the classic model. (Picture from: Wikipedia)

Lamborghini made it clear that the Miura Concept was strictly a tribute, not a signal of revival. Under CEO Stephan Winkelmann, the company emphasized that retro production cars were not part of its long-term vision, which remained focused on future-oriented design and performance. After completing its show appearances, the concept was preserved and placed on display at the Lamborghini Museum as part of the brand’s historical collection. But the story is not over yet. | -nRPrhmCa7g |

A decade later, however, Lamborghini briefly revisited the theme with the limited 50-unit Lamborghini Aventador Miura Homage, based on the Aventador and created to mark the Miura’s 50th anniversary. Retaining standard Aventador performance, it featured exclusive two-tone color schemes and commemorative detailing—a subtle reminder that while Lamborghini always looks ahead, it never entirely forgets the car that changed its course. *** [EKA | FROM VARIOUS SOURCES | SUPERCARNOSTALGIA | CONCEPTCARZ | CARBUZZ | ES.MOTOR1 | WIKIPEDIA ]

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