Toyota GR GT Unveils a New Era of Hybrid V8 Performance

Heritage Reignited - There’s something refreshing about seeing a performance car emerge at a moment when much of the automotive world feels increasingly quiet and electrified. Every once in a while, a brand reaches back to its roots and introduces something built to excite the senses again. Toyota’s GR GT is that kind of machine—drawing from decades of heritage while embracing the engineering demands of today’s performance landscape.

The Toyota GR GT stands alongside its track-focused GR GT3 counterpart, highlighting the striking contrast between road-going sophistication and full racing aggression in a shared performance-driven design language. (Picture from: RoadAndTrack)

Toyota frames the GR GT as a successor to the 2000GT and the Lexus LFA, two icons that helped define Japanese sports-car identity across different generations. Like its predecessors, the GR GT sticks to a front-engine, rear-wheel-drive layout but reinvents it with a new 4.0-liter twin-turbo V8 paired to a hybrid system. With a projected output beyond 478kW and 850Nm, the powertrain sends force through an eight-speed wet-clutch automatic and an electric motor integrated into the rear transaxle. Achieving a low center of gravity was a major theme during development, leading to a redesigned dry-sump system and strategic placement of heavy components deep within the chassis.

The Toyota GR GT debuts Toyota’s first full aluminum frame—set to underpin a future electric Lexus LFA—and, combined with carbon-fiber-reinforced plastic and other lightweight materials, targets a curb weight of 1750 kilograms or less. (Picture from: Drive.com.au)

The GR GT also marks Toyota’s first use of a full aluminum frame, a structure that will later support a revived electric Lexus LFA. With the help of carbon-fiber-reinforced plastic and lightweight composites, the car aims for a curb weight of 1750 kilograms or less. Aerodynamics shaped its form from early development. Only after performance targets were met did designers sculpt the exterior, resulting in a long, low, and wide stance, with narrow LED headlights, high-set vents, sculpted side intakes, a ducktail rear, and thin taillights stretching across the car’s width.

The Toyota GR GT showcases a bold performance stance with its intricate multi-spoke wheel, bright red Brembo brake caliper, and Michelin Pilot Sport Cup 2 tire hinting at serious track-ready capability. (Picture from: Drive.com.au)

The interior reflects Toyota’s latest design philosophy but amplified for a supercar environment. The cabin blends red leather, Alcantara, and aluminum accents for a dramatic yet functional atmosphere. Two deep carbon-fiber bucket seats anchor the driving space, supported by a wide center console filled with physical buttons and a large touchscreen running Toyota’s Arene software.  

The Toyota GR GT delivers a dramatic, functional cabin with red leather, Alcantara, aluminum accents, carbon-fiber bucket seats, and a wide console centered around an Arene-powered touchscreen. (Picture from: Drive.com.au)

A fully digital instrument cluster sits ahead of the driver, while the steering wheel integrates switches for traction settings, power delivery adjustments, braking control, drive modes, paddle shifters, and a dedicated Sport Boost button. It’s a cockpit built for focus, with modern software wrapped in materials that still feel mechanical and tactile.

The Toyota GR GT sticks to a front-engine, rear-wheel-drive layout but reinvents it with a new 4.0-liter twin-turbo V8 paired to a hybrid system.. (Picture from: RoadAndTrack)

The path to production has been long. The original GR GT3 concept appeared in 2022, hinting at Toyota’s ambition to rejoin the supercar arena. Recent Japanese teasers once again showed the GR GT alongside the 2000GT and LFA, reinforcing the lineage Toyota wants this car to carry. Shadowed previews reveal aggressive aerodynamics, thin lighting signatures inspired by the latest GR010 race car, and a deeper V8 soundtrack that confirms Toyota’s direction for the model.

The Toyota GR GT’s rear showcases a sculpted ducktail paired with thin, full-width taillights that emphasize the car’s broad stance and aerodynamic focus. (Picture from: Drive.com.au)

Some finer points remain undecided publicly—such as market availability or whether a right-hand-drive version will exist. Early expectations place pricing in the six-figure range, still far below the LFA but firmly within flagship territory. Prototypes have been benchmarked against performance giants like the AMG GT, signaling where Toyota intends to position its new halo model. | 2iCEpVGs8R4 |

As Toyota prepares to unveil the GR GT on December 5 and bring it to the 2026 Tokyo Auto Salon ahead of its anticipated 2027 global launch, the car stands as more than a technological milestone. It represents a deliberate effort to preserve the emotional qualities of driving—sound, feel, presence—even as the industry pivots toward quieter, cleaner mobility. The GR GT shows that there’s still room for a performance car that blends innovation with soul, and Toyota appears determined to make that balance matter. *** [EKA | FROM VARIOUS SOURCES | DRIVE.COM.AU | ROADANDTRACK | ID.MASHABLE | CARANDDRIVER IN X ]

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Apollo G2J Electric Supercar Breaks Cover with Dramatic Air Intakes

Electric Elegance - The automotive world has been buzzing with electric vehicle innovations, but few unveilings spark curiosity like a radical departure from a manufacturer’s traditional approach. Apollo Future Mobility Group (AFMG), long celebrated for its visceral, V12-powered hypercars, has taken a bold step into the electric era with its latest prototype: the Apollo G2J. This new electric supercar signals a fresh direction, merging Apollo’s signature design flair with cutting-edge EV technology. 

The Apollo G2J electric supercar signals a fresh direction, merging Apollo’s signature design flair with cutting-edge EV technology.. (Picture from: Autocar.co.nz)

Unlike the ferocious Intensa Emozione, which roared with a Ferrari-derived 6.3-liter naturally aspirated V12 engine, the G2J leaves combustion behind entirely. At first glance, its enormous air intakes and aggressive stance might suggest a massive gasoline powertrain, but under its flowing carbon-fiber body lies a purely electric setup. Apollo engineers have clearly embraced a new philosophy—one where sleek aerodynamics, lightweight construction, and high-tech systems define the car’s identity. 

The Apollo G2J, with its massive air intakes and aggressive stance, conceals a fully electric powertrain beneath its carbon-fiber body, reflecting Apollo’s new focus on aerodynamics, lightweight design, and advanced technology. (Picture from: TopGear)

The G2J’s design is both dramatic and purposeful. Curved cooling intakes sweep from the front toward the rear doors, hinting at a centrally mounted electric motor. Traditional side mirrors have been replaced with cameras, offering a cleaner profile and modern functionality. From its butterfly doors to roof-mounted scoops and flared fenders, every detail is crafted with performance and style in mind. The rear houses a subtly integrated charging port nestled between U-shaped taillights, demonstrating that even futuristic design can be practical. 

The Apollo G2J features a driver-focused cabin combining carbon fiber, Alcantara seats, digital displays, and a sleek console with a bold red emergency button. (Picture from: Autocar.co.nz)

Inside, the prototype balances sportiness and sophistication. Exposed carbon fiber dominates the cabin, paired with Alcantara on the bucket seats, dashboard, and center console. The steering wheel is flat-bottomed and leather-trimmed in saddle brown, echoing the door belts. Three small screens on the right handle climate controls, while the start/stop button sits just above. A tablet-like display replaces traditional instruments, and corner screens show live feeds from the side cameras. Between the seats, a rotary knob, window switches, and buttons—including a conspicuous red emergency button—emphasize the car’s driver-focused interface. 

The Apollo G2J boasts a dramatic, purposeful design with sweeping curved intakes hinting at a central electric motor and camera-based mirrors for a sleek, modern look. (Picture from: Autocar.co.nz)

The Apollo G2J is still very much a work in progress, developed across Germany, Japan, and the United States. While exact technical specifications remain under wraps, the prototype demonstrates Apollo’s commitment to lightweight construction using carbon fiber and composite materials. It’s a clear preview of what the company envisions for future electric sports cars emerging from its R&D hub in Ingolstadt. The plan for a production version was expected in 2024, but updates have been scarce since then. | wzlv3fU_Pfs |

Though it may not yet be ready for production, the G2J embodies the spirit of innovation. It bridges Apollo’s hypercar heritage with the electric mobility future, hinting at what road-going electric sports cars might look like in the years to come. With its audacious design and forward-thinking engineering, the Apollo G2J isn’t just a prototype—it’s a glimpse into a new era of high-performance, electrified driving. *** [EKA | FROM VARIOUS SOURCES | AUTOCAR.CO.NZ | GLM.JP | TOPGEAR | INSIDEEVS | BLACKXPERIENCE | OBSCURESUPERCAR IN X ]

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Aspark Owl Roadster: The Quickest Open-Top EV of Today

Electrified Ferocity - There’s something undeniably magnetic about the way modern car culture shifts toward silence and speed at the same time. For decades, open-top performance machines thrived on the roar of combustion, yet today the world’s most extreme thrills increasingly come from vehicles that don’t make much noise at all. This contrast — the nostalgia of wind-in-your-hair driving and the futuristic punch of instant electric torque — sets the stage for one of the most staggering creations of the modern EV era: the Aspark Owl Roadster. 

The Aspark Owl Roadster is not just benchmarks of performance; they are statements about where electric propulsion can go when limits are treated as challenges rather than boundaries. (Picture from: Motor1)

Born from a Japanese engineering ambition that always seems to chase the outer edges of possibility, the Owl Roadster steps into a rarefied circle of electric hypercars that includes giants like the Lotus Evija, Pininfarina Battista, and Rimac Nevera. These machines are not just benchmarks of performance; they are statements about where electric propulsion can go when limits are treated as challenges rather than boundaries. Aspark, a company with a background in advanced engineering rather than mass-market carmaking, approaches the electric hypercar landscape with a kind of fearless precision — and the Roadster showcases that mindset at full force as a natural evolution of its sibling Coupé launched in 2019.

The Aspark Owl Roadster design leans into aerodynamic aggression, a sleek carbon-fiber shell sculpted with lines that look as if they were shaped by high-speed airflow rather than human hands. (Picture from: CarBuzz)

Without a roof, the character of the vehicle transforms dramatically. The design leans into aerodynamic aggression, a sleek carbon-fiber shell sculpted with lines that look as if they were shaped by high-speed airflow rather than human hands. The exterior appears stretched taut over the mechanical violence beneath it, while the open configuration turns the cabin into a raw sensory chamber. Aspark describes this setup as a way of becoming “one with the road,” and it fits: every gust of wind, every vibration, every rising note of speed is amplified when the sky becomes part of the driving experience.

The Aspark Owl Roadster exterior appears stretched taut over the mechanical violence beneath it, while the open configuration turns the cabin into a raw sensory chamber. (Picture from: CarBuzz)

Underneath that sculpted body lies a layout meant to intimidate on paper and overwhelm in motion. Four individual electric motors, working independently yet in perfect coordination, unleash 1,953 horsepower and 1,920 Nm of torque the instant the accelerator is pressed. The numbers that follow almost read like misprints: 0–100 km/h in 1.78 seconds, 0–200 km/h in 4.76 seconds, and 0–300 km/h in just 9.74 seconds. Aspark claims a theoretical top speed of 413 km/h, though customer vehicles will be dialed back electronically to 350 km/h — still more than enough to reorder your sense of reality.

The Aspark Owl Roadster packs an intimidating setup beneath its sculpted body, with four synchronized electric motors delivering 1,953 horsepower and 1,920 Nm of torque the instant you press the accelerator. (Picture from: CarBuzz)

What’s perhaps most remarkable is that all of this power sits inside a structure engineered with the obsessive detail of a racing prototype. A carbon-fiber monocoque forms the spine of the Roadster, providing rigidity without unnecessary weight. The suspension uses a double-wishbone system with adjustable ride height, ranging from a street-friendly 160 mm down to a track-focused 80 mm. Massive carbon-ceramic brakes, complete with 10-piston calipers at the front, reign in its fury, and an active rear wing adapts its stance based on speed and driving demands. Even the drive modes show range — from calm Snow settings to full attack configurations intended for maximum performance.

The Aspark Owl Roadster channels its immense power through a carbon-fiber monocoque structure engineered with racing-grade precision to deliver exceptional rigidity without unnecessary weight. (Picture from: Motor1)

Despite carrying a 69-kWh battery and all the hardware required to manage nearly 2,000 hp, the car maintains a weight of just 1,900 kg. It’s heavy by sports-car standards but impressively lean for a machine operating in this extreme performance territory. And while interior details are traditionally minimal on hypercars, here the focus is on maximizing sensation rather than overflowing with luxuries. The cabin becomes a command zone designed around visibility, stability, and the pure feel of speed rather than elaborate embellishment. 

The Aspark Owl Roadster shapes its interior as a focused command zone that prioritizes sensation, visibility, stability, and pure speed over any form of lavish embellishment. (Picture from: Motor1)

What truly elevates the Owl Roadster beyond its mechanical theatrics is its place within the current era. Electric performance cars are often defined by silent efficiency, autonomous features, and the polished predictability of modern software. Yet the Owl Roadster pushes against that stereotype and reintroduces something primal: unpredictability, exhilaration, and the human element. It reflects a moment in automotive history when EVs are no longer merely alternatives to combustion engines but platforms for emotional, unfiltered driving experiences that weren’t supposed to exist in the electric age.

The Aspark Owl Roadster heightens its mystique through extreme rarity, with estimates placing its price well above $3.5 million and production limited to just 20 units. (Picture from: CarBuzz)

Its rarity reinforces its mystique. Early estimates place its cost well above $3.5 million, and production is expected to stop at just 20 units. That level of exclusivity places it among the most unattainable EVs ever built, exceeding even the price tags of other electric hypercar titans. For most people, it will remain something to observe from afar — a technological flex, a symbol of what’s possible when a company decides not just to compete, but to astonish. | ETqBAWAnpIo |

The Aspark Owl Roadster may not change the world in terms of global EV adoption or practical mobility, but it does something arguably more culturally profound: it reimagines what an open-air supercar can feel like in an era where electricity rules. It bridges the emotional past of roadsters with the electrified future of performance, proving that innovation doesn’t have to lose its sense of thrill. It shows that even in a world leaning toward quiet efficiency, there is still room for wild machines built not for necessity, but for the sheer joy of pushing limits. *** [EKA | FROM VARIOUS SOURCES | ASPARKCOMPANY | EN.ARABGT | CARBUZZ | TOPGEAR | MOTOR1 ]

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No Smoke, No Noise—Just Water Vapor: Meet the Jawara Hydrogen Motorcycle

Hydrogen Breakthrough - In a time when cleaner mobility has become a shared global priority, hydrogen technology is steadily gaining recognition as a promising alternative to conventional engines. This evolving conversation found an unexpected yet compelling voice in Bandung, where a group of young engineers from Universitas Pendidikan Indonesia (UPI)—known in English as the Indonesian University of Education—developed an eco-friendly motorcycle labeled FCEV Jawara, with “Jawara” meaning “Champion.” Their silent, emission-free prototype offers a glimpse of a future in which transportation leaves behind no smoke or engine noise—only a trail of water vapor that quietly replaces the pollution long associated with city motorcycles.

The FCEV Jawara eco-friendly motorcycle prototype is the work of ten students from the Automotive Engineering Education Study Program under the Faculty of Industrial Technology Education (FPTI) at Universitas Pendidikan Indonesia (UPI), Bandung. (Picture from: MediaIndonesia)

The project began during the PLN Innovation and Competition in Electricity (ICE) 2024, a national contest joined by 30 universities in Indonesia. UPI’s team proposed a hydrogen motorcycle concept inspired by a blend of café racer aesthetics and a sporty design language. Their idea secured funding as one of the two best submissions, allowing the students to bring the prototype to life. The university backed them wholeheartedly with 24-hour laboratory access, academic exemptions, and guidance from lecturer Sriyono, who had previously overseen other green-technology successes such as electric bamboo bicycles and energy-efficient vehicles.

The FCEV Jawara hydrogen motorcycle prototype is shown from a clear front-side angle, featuring white body panels, golden front suspension, blue wheels, and a distinctive round headlamp that create a futuristic yet sporty look. (Picture from: SukabumiUpdate)

Development carried on from 2024 with a five-month design phase followed by three months of assembly. Ten students from the Automotive Engineering Education Study Program, under the Faculty of Industrial Technology Education (FPTI), worked together to shape both the structure and technical systems of the motorcycle. Around 80 percent of its components were sourced domestically, with the only imported part being the fuel cell from Mexico—something the team hopes Indonesia will eventually be able to produce on its own. Their dedication culminated in the motorcycle’s public appearance at the vocational education innovation exhibition held at UPI’s General Meeting Hall on November 12, 2025.

The FCEV Jawara is displayed alongside two of its ten creators and several other eco-friendly motorcycle prototypes at a UPI booth during the PLN Innovation and Competition in Electricity (ICE) 2024. (Picture from: Kumparan)

The Jawara motorcycle stands out not only because of its concept but also its performance. Running entirely on hydrogen that is converted into electricity through a fuel cell, it can travel an impressive 428 kilometers on just two liters of hydrogen. Despite being fully eco-friendly, it still reaches speeds of up to 80 km/h, making it suitable for everyday use. The reaction inside the fuel cell produces power without combustion, resulting in an experience free of engine rumble—just a quiet electric motor and water vapor as its only output. Its regenerative braking system adds further efficiency by converting braking energy into additional electrical power.

The FCEV Jawara hydrogen motorcycle prototype reveals its electronic modules, wiring systems, sensors, and fuel-cell setup, showcasing the engineering work behind it. (Picture from: Kumparan)

Much of the project’s technical responsibility was handled by Muhammad Zidan, a 2023 student who oversaw the electrical system and body wiring harness. Zidan explained that the motorcycle’s principle is simple yet powerful: hydrogen enters the fuel cell, electricity is generated, and the motor receives clean energy without producing harmful emissions. This clarity of purpose reflects the team’s belief that hydrogen vehicles could become a crucial part of global transportation’s next chapter, as long as supporting infrastructure—such as hydrogen refueling stations—is developed alongside them.

The FCEV Jawara hydrogen motorcycle prototype is shown its large rear tire, aerodynamic bodywork, and blue alloy wheels emphasizing its sporty design. (Picture from: Kumparan)

To complement its sustainable performance, Jawara integrates several advanced safety and smart features. These include IoT-based monitoring for gas pressure and engine temperature, a GPS tracker, an RFID security system, and even a remote engine cut-off that can be activated via SMS if the motorcycle is lost or stolen. A hydrogen sensor equipped with an automatic safety cut-off adds another layer of protection by shutting the system down when a leak is detected. According to the team, every feature was designed with efficiency, safety, and intelligence in mind, ensuring the vehicle feels both modern and reliable.

@kompetitiftv Kita gaskeun ke mana nih ? . . . #mokakuupi2025 #upi #MOKAKUUPI #fyp #fuelcell ♬ original sound - Imperial Homeware

Looking ahead, the UPI automotive team is already expanding their innovation efforts by developing a hydrogen-powered car prototype and exploring concepts for a hydrogen fuel station. They will also represent Indonesia in the Shell Eco Marathon Asia and Middle East 2026 in the hydrogen urban concept category, continuing the university’s ongoing commitment to Sustainable Development Goals (SDGs) 7 and 13. The FCEV Jawara motorcycle prototype ultimately stands as a meaningful achievement—an ambitious student-built machine showing that the pursuit of cleaner mobility is not limited to major manufacturers. It’s being shaped right now by bright young minds who believe a greener future must be engineered, not merely imagined.

 

Kept spur your adrenaline on the power of two-wheeled monster and stay alive with the true safety riding. May God will forgive Your sins and so does the cops...... *** [EKA | FROM VARIOUS SOURCES | KUMPARAN | LIPUTAN6 | MEDIAINDONESIA | PIKIRANRAKYAT IN X | KOMPETITIFTV IN TIKTOK ]

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2003 Rinspeed Bedouin Concept: The Sports Car That Turned Into a Pickup

Radical Versatility - In the world of cars, some creations come along that feel less like machines and more like wild experiments—bold statements that challenge what we expect a vehicle to be. Back in 2003, one such machine stole the spotlight at the Geneva Motor Show: the Rinspeed Bedouin. At first glance, it seemed familiar, rooted in the unmistakable DNA of the Porsche 911 Turbo. But spend even a few seconds looking closer, and it became obvious that this was no ordinary sports car—it was something stranger, more playful, and in many ways ahead of its time. 

The 2003 Rinspeed Bedouin Concept. (Picture from: Rinspeed)

The Bedouin started its life as a 996-generation Porsche 911 Turbo, but Rinspeed’s vision took it in an entirely new direction. This Swiss design house, led by Frank M. Rinderknecht, has long been known for dreaming up vehicles that bend the rules, and the Bedouin might be one of their most daring ideas. It wasn’t just about looks or novelty. Rinspeed set out to prove that a performance car could be both environmentally forward-thinking and versatile enough to thrive where few sports cars dared to tread. Its engine was still a twin-turbocharged 3.6-liter flat-six, but it had been reimagined to run on natural gas—something that, even today, feels remarkably progressive for a concept car more than two decades old.

The 2003 Rinspeed Bedouin Concept. (Picture from: GridOto)

Visually, the Bedouin looked like it had stepped out of a parallel universe. The body, made entirely from lightweight composite materials, kept echoes of the 911’s silhouette but sat a full 15 centimeters higher on a specially designed Eibach adjustable off-road suspension. Large air intakes, widened fenders, and a functional diffuser gave it an aggressive stance, while 18-inch Rinspeed alloys wrapped in Continental SportContact 4x4 tires hinted that this Porsche-based creation wasn’t afraid of dirt trails or gravel roads. 

The 2003 Rinspeed Bedouin Concept. (Picture from: CollectionCars)

And then there was its party trick—the roof. Unlike anything seen on a sports car before, the Bedouin’s roof could literally reshape the vehicle’s character. With the help of two electric motors, the entire upper structure lifted and folded in an elaborate motion. In a matter of seconds, a sleek coupe-like profile could transform into a pickup truck, complete with an extendable cargo bed stretching up to 185 centimeters. It wasn’t just clever engineering; it was theater on wheels. 

The 2003 Rinspeed Bedouin Concept. (Picture from: GridOto)

Inside, Rinspeed didn’t hold back either. The cabin mixed Porsche familiarity with eccentric touches that felt more like jewelry than car trim. Rich Poltrona-Frau leather in Cotto brown wrapped the seats and panels, while Swarovski crystals were inlaid across the doors and even embedded into the shift knob, which itself was made of solid crystal. A Blaupunkt infotainment setup—complete with a fold-out 7-inch display, DVD playback, reversing camera, and the ability to connect a Sony PlayStation—turned the Bedouin into something of a rolling entertainment lounge. 

The 2003 Rinspeed Bedouin Concept. (Picture from: CollectionCars)

For all its extravagance, the Bedouin wasn’t dismissed as a gimmick. Even Porsche itself acknowledged the creativity behind it, with Rinderknecht recalling that Stuttgart’s engineers appreciated how the transformation respected the 911’s essence without compromising its engineering soul. That’s saying something, considering how fiercely protective Porsche has always been of its flagship sports car. 

The 2003 Rinspeed Bedouin Concept. (Picture from: GridOto)

Looking back now, the Bedouin feels almost prophetic. It hinted at a world where performance cars didn’t have to be tied down by tradition—where flexibility, sustainability, and sheer imagination could coexist in a single machine. While the recently launched Porsche 911 Dakar is a far more polished and production-ready take on the “all-terrain sports car,” the Bedouin remains a reminder of how bold concepts can spark ideas long before the market is ready to embrace them. | R_GR3RjDnWU |

Two decades on, the Rinspeed Bedouin still stands out as one of those rare concept cars that wasn’t just futuristic for its time, but almost futuristic for ours. It might never have made it to showrooms, but its spirit lingers in every unconventional sports car that dares to go off-road or rethink what performance should look like. For a fleeting moment in 2003, the Bedouin showed the world that a Porsche could be part desert explorer, part luxury lounge, and part sci-fi experiment—and somehow, it all worked. *** [EKA | FROM VARIOUS SOURCES | RINSPEED | COLLECTINGCARS ]

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Isdera L’Aquila: The Bold Comeback of a German Supercar Legend

Electric Rebirth - In a world where automotive legends often fade into history, the resurgence of Isdera with the L’Aquila showcases the brand’s enduring spirit of innovation and craftsmanship. Synonymous with exclusive, handcrafted supercars, Isdera has always stood apart from the mainstream. Founded in 1982 by Eberhard Schulz in Leonberg, Germany, the company earned fame for its meticulous attention to detail and low-volume production, with each vehicle — from the Isdera Erator GTE and Commendatore 112i to the Imperator 108i and Spyder 036i — representing a rare automotive masterpiece. 

This is L’Aquila, an electric supercar that evolved from Isdera’s 2018 debut model, the Commendatore GT. (Picture from: Carscoops)

In 2017, Isdera entered into a partnership with Chinese electric vehicle startup WM Motor to design and produce electric cars. The first result of this collaboration was the Isdera Commendatore GT, unveiled at the Beijing Auto Show in 2018. This fully-electric sports coupe featured gullwing doors and was powered by two 300 kW electric motors, delivering a combined output of 600 kW and 1,060 Nm of torque. With a 105 kWh battery, it offered a range of up to 500 km and could accelerate from 0 to 100 km/h in 3.7 seconds. Only two units were produced, showcasing Isdera's commitment to exclusivity and innovation.

Looking striking, the Isdera Commendatore GT—later known as the L’Aquila—is a sleek gullwing electric coupe powered by a massive 105 kWh battery, featuring a distinctive front fascia with a carbon fiber spoiler and LED-infused headlights. (Picture from: Carscoops)

However, the partnership with WM Motor ended in 2020, and in 2021, Isdera was fully acquired by Xinghui Automotive Group, a Chinese company. This acquisition marked a new chapter for Isdera, combining German engineering with Chinese investment and vision. Under this new ownership, Isdera set its sights on the future, establishing a new R&D center in Taicang and a production facility in Anhui, China.

The Isdera L’Aquila made its grand debut on June 30, 2025, during a launch event in Anqing’s New Energy Vehicle Industrial Park, unveiling the brand’s first fully in-house handcrafted supercar — aptly named L’Aquila, Italian for “The Eagle,” symbolizing its bold rebirth. (Picture from: WhatIsThisCar in Reddit)

On June 30, 2025, Isdera Automotive, operated by Yingzi Automotive Technology (Anhui) Co., Ltd., held the global launch ceremony of its first in-house developed model, the handmade super sports car L’Aquila. The event took place at the New Energy Auto Parts Industrial Park in Yingjiang District, Anqing, and was attended by Zhang Zhao, chairman of Earth Moon Technology Group, and Song Wenfang, chairman of Yingzi Automotive. The two companies also discussed future cooperation in the Middle East market.

The Isdera L’Aquila, a direct evolution of the Commendatore GT, carries forward its design philosophy and performance ambitions in a modern era, featuring a sleek gullwing coupe body, advanced aerodynamics, an electric powertrain, and luxurious interiors. (Picture from: WhatIsThisCar in Reddit)

The L’Aquila is a direct evolution of the Commendatore GT, embodying the same design philosophy and performance aspirations but refined for the modern era. It retains the sleek gullwing coupe design, powered by an electric powertrain, and features advanced aerodynamics and luxury interiors. The L’Aquila represents not just a revival of a brand but a bold statement of Isdera's commitment to innovation and excellence in the electric supercar segment.

The Isdera L’Aquila spreads its wings in a rapidly electrifying world, carrying both the nostalgia of a storied past and the promise of a bold, daring future. (Picture from: WhatIsThisCar in Reddit)

The story of Isdera is one of resilience and transformation. From its humble beginnings in Germany to its current status as a global player in the electric vehicle market, Isdera has demonstrated that true craftsmanship and visionary design can transcend borders and eras. The L’Aquila is not merely a car; it is a symbol of the brand's enduring legacy and its bold leap into the future of automotive excellence. | olr_Lmvjgbc |

And so, as the L’Aquila spreads its wings in a world that’s rapidly turning electric, it carries both the nostalgia of a forgotten past and the promise of a daring future. It’s proof that even when the world changes around them, true legends never really disappear — they just find new ways to fly. *** [EKA | FROM VARIOUS SOURCES | ISDERAGROUP | WHATISTHISCAR IN REDDIT | WEIBO | CARSCOOPS |  OBSCURESUPERCAR IN X | APEX AUTOMOTOR IN FACEBOOK ]

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