Czinger unveils groundbreaking 21C production specification vehicle
Exclusive Performance Car Uses Innovative Design And Manufacturing Technologies
Czinger, the trailblazing company that uses an in-house invented Human-AI production system to build state-of-the-art high-performance vehicles, unveiled today its final production spec 21C hypercar. The 21C expresses the apex of Human-AI creativity.
The Czinger 21C, the first model in a series of exclusive performance vehicles – production will be limited to 80 cars – was created in part using additive manufacturing technologies. Each component manufactured using this technology is computationally engineered using AI, optimized for weight and performance, and is beautifully finished by hand. Czinger’s proprietary manufacturing technologies, in-house developed powertrain, and iconic design will guide its future family of vehicles.
This new hypercar showcases significant updates since its first public introduction in March 2020 ahead of the cancelled Geneva International Motor Show, including an updated width of 2050 mm. With 1250 hp and a dry weight under 1240 kg, the 21C achieves a true 1:1 power-to- weight ratio. It also features all-wheel drive with a strong hybrid powertrain that includes:
An in-house developed 2.88-liter, flat crank V8 with twin turbos located mid-vehicle
Two high output electric motors, each powering a front wheel with torque vectoring
An ultra-light, sequential seven-speed automated manual transmission gearbox
Total output of 1250hp redlining at 11,000 rpm (A 100hp upgrade is offered providing 1350 hp)
The 21C V8 is designed to use a range of fuels, including carbon recycled methanol and other e-fuels, so it can be run as a zero emission vehicle
The 21C’s hybrid powertrain uses the world’s most power dense production IC engine as its foundation. It is a 2.88 liter, flat-plane crank V8 with twin turbos located mid-vehicle. The V8 is coupled with an 800V electric drive and regen system. An e-motor drives each front wheel and the batteries are charged during operation both through regenerative braking and a Motor Generator Unit (MGU) using a gear drive that is attached to the IC engine. The total strong hybrid system delivers a peak output of 1250hp (1233bhp).
The hypercar has a top speed up to 281 mph in optional low drag vmax configuration. Putting the driver and passenger in the center position for ultimate weight distribution, aero and driver engagement, its quarter mile time is 8.1 seconds, and it goes 0 to 62 mph (0 to 100 kph) in 1.9 seconds; 0 to 186 mph (300 kph) to 0 in 13.8 seconds and 0 to 248 mph (400 kph) to 0 in 27.1 seconds; 0 to 186 mph (300 kph) in 8.5 seconds; and 0 to 248 mph (400 kph) in 21.3 seconds. It has a >3:1 Lift / Drag Ratio with 615 kg downforce @ 100mph and 2,500 kg @ 200mph (high downforce configuration).
The hypercar is designed, built, and manufactured in Los Angeles using cutting-edge technology tools that are integrated into a patented production system. This system includes automated AI based design and optimization software, patented additive manufacturing driven processes, high accuracy automated assembly and novel performance materials. This revolutionary technology enables Czinger’s design and engineering team to unlock performance and styling not before seen in the automotive industry.
Computationally engineered, printed and assembled, each component is at the frontier of theoretical performance. For example, the front upper control arm is hollow with internal structures allowing it to achieve significant mass savings compared to a traditional tooled variant, thereby greatly reducing un-sprung mass and further driving the 21C’s dominating performance.
The 21C is highly customizable both from a specification and individual personalization perspective. Presented in two fully homologated specifications, a lightweight high downforce configuration and a low drag configuration, both cars are powered by Czinger’s in-house powertrain and display its iconic design language and in-line seating architecture.
Czinger first unveiled its groundbreaking 21C in 2020 and confirmed that its halo hypercar is just the start of a family of exclusive performance vehicles created for the 21st century – all using the company’s in-house developed design and manufacturing technology and proprietary drivetrain.
For media information on the brand, 21C and interviews with the Czinger executive team, and new images of the production specification 21C please use media.czinger.com or contact us.
June 2021 – ZAGREB, CROATIA –Today, hypercar manufacturer and electric technology specialist, Rimac Automobili, unveiled the production version of the C_Two, now becoming the Nevera, an all-electric, 1914hp, 258mph, €2m hypercar designed and engineered to unleash an unprecedented level of performance.
The Nevera is the production-ready iteration of the Rimac C_Two concept car, which was revealed at the International Geneva Motor Show in 2018. Since then, Rimac’s engineers have refined their new flagship on every level during an extensive development program, in the pursuit of the ultimate electric hypercar driving experience. With the majority of key components of the Nevera developed in-house at Rimac’s HQ in Croatia, all systems have been improved and enhanced since the initial prototypes to deliver on the ambitious performance targets set for at the beginning of the project in 2018.
“This is it. This is the car I had in mind when I embarked on the ‘impossible’ journey ten years ago. All our hard work has resulted in the Nevera – our record-breaking hypercar. This car was born to outperform, and to raise the bar, redefining the norm for performance cars. And not only in performance – but as an all-around package.
When we first revealed the C_Two, we set our targets extremely high. There was nothing else that could even come close to matching the car’s cutting-edge electric powertrain and extreme performance. But for us, that was only the starting point,” explains Mate Rimac, Founder and CEO of Rimac Automobili.
“Everyone at Rimac is driven by curiosity and a desire to push things to the absolute limit. With its combination of everyday use and 1914hp performance, the Nevera proves what is possible when there are no restraints placed on technology, development, or ambition. We have now unveiled a car that pushes the hypercar market to a higher level, we have utilized the full potential of the electric powertrain today, proving what we’ve always been saying – that electric hypercar, in the form of the Nevera, is beyond exciting, and that is as thrilling on the track, as it is cosseting crossing continents.”
“We will be making just 150 examples of the Nevera, every single unit crafted in Croatia from passion and admiration for cars.”
Underlining his own commitment to the project, Mate Rimac will personally test and sign off each of the Neveras, before they are delivered to customers from the company’s current production site on the outskirts of Zagreb, Croatia.
Fittingly, the Nevera bears a proud Croatian name and one that truly reflects the prodigious performance the car can unleash in the blink of an eye. The name given by the locals to a quick, unexpected and mighty Mediterranean storm, that races across the open sea off Croatia, a nevera is extremely powerful and charged by lightning.
Appearing with exceptional speed and potency, Rimac’s next-generation hypercar shares the Nevera’s name and looks set to leave a similarly disruptive effect on the global hypercar market. And, like the force of nature it is named after, it is just as adept at transforming its character in an instant – from assured and comfortable grand tourer to ultra-focused performance machine.
Rimac favors lean and effective engineering at every stage, and that philosophy is exemplified in the form-follows-function nature of the Nevera’s timeless, elegant design. It is applied to every single detail, including Rimac’s signature ‘cravat’ feature, which is incorporated into its flanks.
“Since the 17th Century, the necktie has provided a symbol of Croatian strength and identity, and we first paid tribute to it on our Concept_One hypercar in 2011,” reveals Rimac Director of Design, Adriano Mudri ‘And, like every element of the car’s design, it is there to provide a key function of the Nevera’s performance, serving as an air intake for the rear cooling systems.”
A comprehensive raft of changes to the Nevera’s bodywork, air diffusers and intakes has delivered a 34 per cent improvement in aerodynamic efficiency over the early prototypes. The profile of the bonnet, the shape of the pillars and the design of the diffusers, splitters and radiators have all been intensively analysed and refined to improve airflow and downforce. Inlets and cooling channels have been painstakingly developed to increase the cooling efficiency of both the brake and powertrain systems, resulting in a 30 per cent improvement at low speeds and a seven per cent enhancement at high speeds.
Rimac has also created numerous new innovative active aerodynamic elements to elevate the Nevera’s cooling, performance, stability, and efficiency abilities. The front bonnet profile, underbody flap, rear diffuser and rear wing can each move independently, driven by complex algorithms that provided the optimum aerodynamic configuration for every driving situation. Switching from ‘high downforce’ to ‘low drag’ mode reduces aerodynamic drag by 17.5 per cent to create a 0.3 coefficient of drag. Changing back into ‘high downforce’ mode increases downforce by 326 per cent.
Despite incorporating a wealth of active aerodynamic elements, as well as many cameras and sensors that enable the Driver Coach feature, the Nevera’s body design remains a coherent graphic. It combines both the drama and beauty of a hypercar and appears simultaneously shaped by the air and forged with technology. The stunning butterfly doors elegantly carve away from the car’s wide sill as they open, creating a generous space for ease of entry and egress.
Lightweight, forged alloy wheels feature a unique aerodynamic design that channels cooling air to the Brembo carbon-ceramic braking system and ensures smooth airflow down the car’s flanks.
World’s most advanced monocoque construction
Nevera’s groundbreaking monocoque, developed by the former C_Two Chief Engineer Daniele Giachi, includes a bonded carbon roof, integrated structural battery pack and rear carbon subframe, is forming the largest single carbon fibre piece in the entire automotive industry. Weighing less than 200kg and utilising 2200 carbon fibre plys and 222 aluminium inserts, the monocoque encases the car’s battery to form a compact yet incredibly strong structure with a torsional stiffness of 70.000 Nm/degree. The level of unmatched strength and safety this provides has contributed to the Nevera meeting strict global homologation standards, and delivering the most rigid structure of any car ever made.
Driving the future
The key to the Nevera’s exceptional performance is Rimac’s pioneering electric powertrain. Every component of the Nevera’s electric powertrain has been exhaustively reworked since its inception to deliver more torque, greater performance and enhanced efficiency.
The unique H-shaped, liquid-cooled, 120kWh, 6960-cell battery was designed from scratch by Rimac and sits at the very heart of the Nevera. Capable of producing 1.4MW of power, the Lithium/Manganese/Nickel battery also forms an integral part of the car’s core, adding 37 per cent structural stiffness to the carbon fibre monocoque. The battery’s optimum positioning low and central within the car’s floor contributes to an ultra-low centre of gravity. This helps create an excellent 48/52 front/rear weight distribution and the best possible handling balance.
Developments of the advanced battery cooling system have made it even more efficient since the introduction of the C_Two, enabling more power to be delivered for greater periods. Four bespoke surface-mounted permanent magnet motors drive the Nevera’s four wheels individually. Together, they enable 1914hp and 2360Nm of torque, which is triple the output of a ‘conventional–engined’ supercar. The front and rear wheels are each connected to a pair of single-speed gearboxes.
Capable of instantly summoning maximum torque from the first moment, the Nevera’s electric motors are 97 per cent efficient – compared with 40 per cent for the most effective internal combustion engines – and completely maintenance-free throughout their operating life.
Out of this world acceleration – beating the ambitious targets
With the ability to sprint to 60mph in 1.85 seconds and continue the acceleration all the way to a 412 km/h (258mph) top speed, the Nevera opens up a new dimension in hypercar performance. Accelerating from rest to 161 km/h (100 mph) requires just 4.3 seconds and it maintains its eye-widening acceleration throughout a full-throttle cycle, achieving 186mph (300 km/h) from rest in 9,3 seconds, shredding a whole 2,5 seconds from the initial targets. Finally, it achieves a record-breaking 8,6 seconds quarter-mile time.
Perfect power delivery, impeccable stopping power
Rimac’s All-Wheel Torque Vectoring 2 (R-AWTV 2) system replaces traditional Electronic Stability Program and Traction Control systems to further bolster grip and traction. Meanwhile, the Nevera’s R-AWTV 2 system enables infinitely variable dynamic responses to road and track conditions by calibrating the amount of torque supplied to each wheel. R-AWTV 2 calculates the precise level of torque to channel through each wheel for ultimate stability and exceptional agility. Both predictive and responsive, R-AWTV reads the road and makes over 100 calculations per second to tailor the level of torque to achieve the desired driving style.
“Our torque-vectoring enables new level of drivetrain calibration,” explains Miroslav Zrnčević, Rimac Test and Development Driver, and depending on the driving mode selected, the R-AWTV 2 technology can enable the Nevera to be drifted sideways or provide optimum levels of all-wheel-drive grip, traction and safety – no matter how challenging the road and weather conditions.Thanks to a four-individual-motor drivetrain, the driver can also change the torque distribution, and personalize the performance delivery even further, for a completely bespoke drive – ranging from front to rear wheel drive biased car. ”
The Nevera is also equipped with cutting-edge braking technology. A complex electro-hyrdaulic brake booster with brake pedal feel simulator distributes the braking force between the friction brakes and electric powertrain, depending on the battery, powertrain and brake state. For instance – it dissipates kinetic energy through the friction brakes if the battery is close to its thermal limits, or activates more regenerative braking in case the friction brakes are hot. All those transitions should remain in the background, not noticeable to the driver. This enables the Nevera to make the highest use of regenerative braking of any other car on the market now. In addition to a maximum range-enhancing regenerative braking of 300 kW provided by the electric motors, substantial stopping power comes from 390 mm Brembo CCMR carbon-ceramic brake discs and six-piston callipers. Combined they provide consistent, fade-free and exceptionally powerful braking, even when the car is subjected to extreme forces on the track.
Double wishbone suspension with electronically controlled dampers and active ride height adjustment provides a combination of a smooth and comfortable ride, exemplary body control and ultra-agile handling.
Further emphasising Rimac’s technology-first approach, the Nevera utilises the very latest electric power steering with steer-by-wire function, enabling adaptive driver-feedback, depending on the drive mode. Additionally, it works as a drive-by-wire system when in Driver Coach mode to demonstrate optimum racing lines and vehicle control to the driver.
Rimac’s versatile and responsive R-AWTV 2 system enables drivetrain calibration for the Nevera to facilitate any driving style through seven different driving modes.
For a truly engaging drive on the road, SPORT mode sharpens the response of the throttle, brakes, suspension and steering, while DRIFT mode supplies more torque to the rear wheels to accentuate oversteer and help hold the car in a controlled power slide on the track. COMFORT mode strikes a perfect balance between a relaxing ride, efficiency and driving pleasure, while RANGE mode enables the Nevera to achieve maximum mileage from each battery charge. In expert hands, TRACK mode sets the Nevera to full, unrestrained configuration to help drivers exploit the car’s full potential. Finally, two CUSTOM modes enable drivers to access their personal, pre-selected performance characteristics.
World’s first AI Driving Coach
To enable drivers of all abilities to extract maximum performance from the Nevera and help them further develop their track driving skills, Rimac has developed the world’s first AI (Artificial Intelligence) Driver Coach. Adding a new, immersive dimension to the driving experience, Nevera’s Driver Coach evaluates performance and provides guidance to optimize and enhance the driver’s on-track performance.
By accessing 12 ultrasonic sensors, 13 cameras, 6 radars, and the very latest NVIDIA Pegasus operating system, the Rimac Driving Coach adds an additional, immersive experience behind the wheel. The system overlays selected race circuits in real-time, offering clear and precise audio and visual guidance, to enable drivers to perfect their racing lines, braking and acceleration points and steering inputs.
The Driver Coach feature will become available in 2022 and launched via over-the-air upgrades to already delivered Nevera cars whose hardware is ready for this unique feature.
Minimalist design cabin, maximum comfort and control
With space for two occupants in full race regalia and their luggage, Nevera is as much a capable grand tourer as it is a performance hypercar. Digital screens soak up needless toggles and switches, leaving only essential tactile controls, giving more space to enjoy Nevera’s carefully designed interior.
The cockpit features a trio of high-definition TFT screens, which present as much, or as little, information as the user requires. Configured for both track driving and comfort, the layout of the cockpit is divided into two zones. The focus of the top segment is entirely placed on driving pleasure and performance, while the lower part houses the infotainment system, comfort controls and driving data.
Tactile billet aluminium rotary controls and switches – including three displays with rotating control – provide a resolutely analogue feel, tailored to enable the driver to utilise the cutting-edge digital technology in an even more engaging manner. From the cockpit, the driver can monitor every aspect of the car’s performance with real-time telemetry – downloadable to a laptop or smartphone for later review.
Connectivity and Mobile App
Rimac M2M system delivers a wealth of real-time data to the manufacturer as well as the owner. While the user is connected to the vehicle through our intuitive mobile app, the manufacturer receives anonymised performance data.
Using intuitive mobile applications developed in-house at Rimac, Nevera owners can track live data, such as GPS location, charging speed and battery status while also using it to analyse driving performance, metrics and map previews on Android & iOS.
Near-unlimited personalisation programme
No two Neveras will leave the Rimac factory looking the same or bearing the same specification, thanks to customers’ ability to choose from a comprehensive range of bespoke trims and material options. In addition to the company’s premium individual personalization program, Rimac will offer its flagship in various editions: GT, Signature, Timeless or the customers can choose to go Bespoke.
Ultimate customer experience
As part of the customer journey, each Nevera owner will be invited to Croatia to design his or her car to their exacting requirements. The Nevera itself will be exclusively available through Rimac’s global dealer partners network, taking in 19 sites and many of the world’s major cities across Europe, North America, Latin America, Europe, Middle East and Asia.
https://www.myluxepoint.com/wp-content/uploads/2021/06/intro_slider_07_optimised-1200x675-1.jpg6751200Carloshttps://www.myluxepoint.com/wp-content/uploads/2017/03/logo2v.pngCarlos2021-06-07 17:12:012021-06-10 15:47:14Rimac Nevera Takes the Hypercar Market by Storm
Car manufacturing and engineering – Aspark Company
The first Japanese full-electric hypercar
Body, chassis and much of the components entirely made by top-level carbon fiber materials, extremely powerful four electric motors, a unique torque vectoring system, an exclusive battery system, and handmade premium interior. The full-electric hypercar Owl is a compendium of state-of-the-art technology, design and functionality, mixed with a genuine passion for beauty.
The production version of the Owl, after its world premiere in Dubai last November, was scheduled to be exhibited at the Geneva International Motor Show.
“After unveiling the Owl at Dubai International Motor Show the company has achieved many progresses on development and production, as well on future strategy as a car manufacturer”, Head Of Sales and Communication Agshin Badalbayli points out.
All major tests related to performance, safety and durability were completed successfully and now the Owl can be seen running on the road.
Meanwhile, the production has been accelerated to deliver the orders on time and the sales and after-sales networks around the world are growing fast.
A second project is coming up
Aspark kicked off a new era in full-electric hypercars with the Owl: but the first project of the Japanese car manufacturer won’t remain alone, as a the development of a second project has already started. Details will be given in the next weeks.
The Power is in our Nature
“The Power is in our Nature” – the official claim of the Owl – perfectly catches the essence of this incredible full-electric hypercar.
Body, chassis and much of the components entirely made by top-level carbon fiber materials, extremely powerful four electric motors, a unique torque vectoring system, an exclusive battery system, and handmade premium interior: the Owl is a compendium of state-of-the-art technology, design and functionality, mixed with a genuine passion for beauty.
The fastest accelerating car in the world: 0-60 mph in 1.69 seconds
The most astonishing performance of the Owl is the acceleration: from 0 to 60 mph in 1.69 seconds*.
The Owl has a unique battery pack for a range of up to 450 km. Top speed is 400 km/h. Furthermore, the Owl has a height of 99 cm: it is probably the lowest road legal electric hypercar in the world.
The world most powerful electric hypercar
The Owl has the most powerful 4 electric motors ever made. They produce a total power of 1480 kW with 2012 horsepower. Overall torque is around 2000 Newton meters.
The Owl has almost three times more power than Formula-E cars and two times more than Formula 1 cars.
The rotation of the motor should be the fastest in the world with 15000 rpm.
Delivered in the second quarter of the year
The production version of the Owl is limited to only 50 cars worldwide. Each one will be fully customizable, each one will be different from the other: exclusivity now has a real meaning.
Production is taking place in Turin, Italy in collaboration with Manifattura Automobili Torino, with the full support of Aspark engineering centres in the world. The first set of the Owl will be delivered by the second quarter of 2020.
Price of the base version is Euro 2,900,000. The Owl can be reserved with a reduced deposit of Euro 50,000.
*One Foot Roll-Out
Running on the road.
All major tests related to performance, safety and durability were completed successfully and now the Owl can be seen running on the road.
https://www.myluxepoint.com/wp-content/uploads/2021/02/Aspark2020-03.jpg13252000Carloshttps://www.myluxepoint.com/wp-content/uploads/2017/03/logo2v.pngCarlos2021-02-06 14:20:132021-02-06 15:48:09Aspark Company | The first Japanese full-electric hypercar
The world’s first fully electric British hypercar, the all-new Lotus Evija, has been revealed. With unparalleled performance and a target power output of 2,000 PS, it sets new standards in terms of advanced EV engineering. Quite simply, the Lotus Evija is the most powerful series production road car ever built.
Lotus Evija – the first all-electric British hypercar – makes its world debut in London
Target power output of 2,000 PS makes it the world’s most powerful series production road car
Target 0-62 mph (0-100km/h) in under three seconds, top speed over 200 mph (320 km/h)
Ultra-lightweight carbon fibre monocoque makes it the world’s lightest production EV hypercar, at 1,680kg
Pure electric driving range target of 250 miles (400 km)
Mid-mounted battery pack echoes celebrated Lotus mid-engined sports car layout
World-first main and dipped beam laser lighting technology
Comprehensive personalisation and experiential programmes for customers
Designed, engineered and hand-built at Lotus’ famous home in Hethel, UK
Cements the UK’s position as the world leader in high-performance, advanced technology automotive manufacturing
Lotus Evija production limited to just 130 cars – in tribute to its Lotus ‘Type’ number, 130 – beginning in 2020
LOTUS EVIJA: THE WORLD’S FIRST PURE ELECTRIC BRITISH HYPERCAR
Like all Lotus cars throughout the brand’s storied 71-year history, the Evija has been precision-engineered to deliver an outstanding driving experience both on the road and track. It is the most dynamically accomplished model ever built by the company, setting new standards for Lotus driving performance. Above all else, it is ‘For The Drivers’.
As a name, Evija (pronounced ‘E-vi-ya’) means ‘the first in existence’ or ‘the living one’. It is highly appropriate; Lotus has an unquestionable reputation for its pioneering approach in both automotive and motorsport.
The Evija marks the start of an exciting new chapter in the history of an iconic and much-loved British sports car brand. It is the first hypercar from Lotus, and the company’s first model with an electrified powertrain. As the first completely new car to be launched under the stewardship of Geely – the world’s fastest growing automotive group – its significance cannot be overstated.
Exclusivity and desirability go hand in hand in the world of hypercars, and the Evija is blessed with an abundance of both. Production is limited to not more than 130 examples, making it among the most exclusive cars ever launched. It’s a figure set in tribute to the car’s project code, Type 130. Lotus road and race cars throughout the brand’s seven decades of success have been assigned a Type number, and the Evija is no exception.
Hethel, close to the historic city of Norwich in the east of England, UK, has been the home of Lotus since 1966. The company has confirmed production of the Evija will begin there during 2020.
As well as tempting the world’s hypercar buyers, the car will act as a halo for the rest of the Lotus range – the renowned Elise, Exige and Evora. It will do the same for a range of eagerly anticipated new Lotus performance models to come.
Speaking at the unveiling in London, Lotus Cars CEO Phil Popham said: “The Lotus Evija is a car like no other. It will re-establish our brand in the hearts and minds of sports car fans and on the global automotive stage. It will also pave the way for further visionary models.”
He added: “This is another amazing moment in the history of our company. The Evija is a true Lotus in every sense – it has been developed with an unwavering passion to push boundaries, to explore new ways of thinking and to apply ground-breaking technologies.”
A stunning piece of contemporary automotive design, the Evija features a dramatic Venturi tunnel through each rear quarter, giving it a truly breath-taking presence.
Russell Carr, Design Director, Lotus Cars, said: “We studied how Le Mans race cars use air flow creatively to go over, under and around the vehicle, but also through it. This concept of ‘porosity’ is key to the Evija and has enabled us to create a timeless design with exceptional amounts of downforce.”
The Evija signals the start of a contemporary new design language for Lotus, which will evolve and reappear on future high-performance cars.
Illustrative of the innovative thinking and ingenuity which has always been part of the Lotus DNA, the Evija is a technical tour de force. It continues the legendary Lotus bloodline that’s rich in firsts and technical game-changers, both in the automotive and motorsport sectors. While it is a glimpse of the future from Lotus, it remains true to the company’s DNA and the guiding principles of founder Colin Chapman, who built the first Lotus in 1948.
The Evija is the first Lotus road car to feature a one-piece carbon fibre monocoque chassis. The cabin, from the fully adjustable race-style seats to the multi-function steering wheel, is the very pinnacle of motorsport-inspired road car design and technology.
At the heart of the Evija is an ultra-advanced all-electric powertrain. It has been developed by technical partner Williams Advanced Engineering, famed for success in motorsport, from Formula One to electrifying the first four seasons of Formula E. The battery pack is mid-mounted immediately behind the two seats and supplies energy directly to four powerful e-motors. This highly efficient system is the lightest, most energy dense, electric power package ever fitted to a road car. With a target weight of just 1,680 kg, it will be the lightest pure electric hypercar ever to go into series production.
Engineered for precise and sustained performance, the Evija has five driving modes – Range, City, Tour, Sport and Track. It can race from 0-62 mph (0-100 km/h) in under three seconds and accelerate to a top speed of more than 200 mph (0-320 km/h).
Matt Windle, Executive Director, Sports Car Engineering, Lotus Cars, said: “Every element of the Evija has been meticulously analysed and validated. Precision engineering is nothing without human engagement, and that’s why technology with soul is the benchmark for this and every Lotus.”
At first known only by its Lotus Type number – Type 130 – the car has been christened the Lotus Evija (pronounced ‘E-vi-ya’). As a name it is derived from variations of Eve, and means ‘the first in existence’ or ‘the living one’. It is highly appropriate; Lotus has an unquestionable reputation for its pioneering approach in both automotive and motorsport.
As the first all-electric British hypercar, the Evija continues that story of innovation. It also signals the start of an exciting new chapter for Lotus under the stewardship of Geely, the fastest growing automotive group in the world.
Lotus Cars CEO Phil Popham said: “Evija is the perfect name for our new car because it is the first all-new car to come from Lotus as part of the wider Geely family. With Geely’s support we are set to create an incredible range of new cars which are true to the Lotus name and DNA.”
A STUNNING EXTERIOR INSPIRED BY NATURE
The most striking element of the Lotus Evija is its exterior. From every angle the full carbon fibre bodywork is stretched taut, appearing shrink-wrapped over the mechanical components. Crouching low to the ground, with a ride height of just 105 mm, the pronounced muscular haunches envelop the teardrop cabin that sinks between them.
Taking inspiration from the aeronautics industry, the exterior is a perfectly proportioned blend of fluid forms and crisp lines. This is clearly illustrated by the gently curved but sharp leading edge of the bonnet, which is reminiscent of so many classic Lotus road and race cars.
Cues for the Evija’s surface language was also taken from nature. Russell Carr, Design Director, Lotus Cars, commented: “During the initial design stage we spent many hours studying images of geological forms – rocks that had been carved by nature over the centuries. We believe we’ve captured these beautiful, intriguing and elemental lines within the Evija.”
True to Lotus founder Colin Chapman’s core belief that every component should serve multiple purposes, the exterior design is also exceptionally efficient on every level. The most obvious example of this – and unquestionably the most dramatic element of the exterior – is the Venturi tunnel which pierces each rear quarter. Inspired by Le Mans race cars, they optimise air flow by directing it through the bodyshell.
Aside from creating a breath-taking presence, this design concept – known as ‘porosity’ – aids the delivery of high-energy air flow to the rear of the car. This in turn counteracts the low pressure behind the car to reduce drag. Furthermore, the Venturi effect inside the tunnels pulls air through the rear wheel arch louvres, maintaining air quality in the diffuser.
When viewed from the rear of the car, each tunnel is edged with a red LED to create a striking ribbon-style light signature. The result is a stunning visual effect that’s akin to the afterburners on a fighter jet, especially when seen at night. As an extra detail, an LED hidden within each tunnel illuminates its interior.
The directional indicators are incorporated into the corners of the ribbon, while the reversing light is provided by the illuminated ‘T’ of the ‘LOTUS’ wordmark above the integrated charging flap.
Another key feature of the Evija’s sophisticated aerodynamic system is the bi-plane front splitter. It’s another illustration of form and function working perfectly in tandem. Designed in three sections, the larger central area provides air to cool the battery pack – mid-mounted behind the two seats – while the air channelled through the two smaller outer sections cools the front e-axle. Lotus aficionados may notice a respectful nod to the iconic Type 72 Formula 1 car, with its square front central section and two side wings.
ACTIVE AERODYNAMICS FOR EXCEPTIONAL DOWNFORCE
The Evija is the first Lotus road car to ever feature a full carbon fibre chassis. Moulded as a single piece for exceptional strength, rigidity and safety, the full length of the underside is sculpted to optimise downforce. It includes an integrated air diffuser which extends from under the B-pillars to the rear.
Active aerodynamics are deployed in the form of a rear spoiler, which elevates from its resting position flush to the upper bodywork, and an F1-style Drag Reduction System (DRS). Both are deployed automatically in Track mode, though can be deployed manually in other modes.
The absence of traditional door mirrors plays a part in reducing drag. Cameras integrated into the front wings are electronically deployed on unlock, while another camera built into the roof provides a central view. Images are displayed on three interior screens.
ADVANCED PURE EV POWERTRAIN MEANS RECORD-BREAKING POWER
With target figures of 2,000 PS of power and 1,700 Nm of torque, the Lotus Evija is the world’s most powerful production road car. Key to that exceptional power output is the 2,000 kW lithium-ion battery, supplied with its management system by Williams Advanced Engineering (WAE) as part of a joint venture with Lotus to collaborate on advanced propulsion technologies. WAE won a 2018 Queen’s Award for Enterprise for translating its EV expertise from the race track to road-going vehicles.
The battery pack is mounted centrally behind the passenger compartment, and its cover is visible through the glass rear screen. This positioning delivers significant advantages in terms of styling, aerodynamics, packaging, weight distribution, occupant comfort and dynamic handling. It also supports fast and convenient servicing and maintenance. Furthermore, the set-up has been designed so that in the future alternative battery packs – for example, to optimise track performance – can be easily installed.
Power is fed from the battery pack to four independently controlled high-power density e-motors. These feature integrated silicon carbide inverters and an epicyclic transmission on each axle of the four-wheel drive powertrain. The motors and inverters are supplied by Integral Powertrain Ltd.
Four exceptionally compact, extremely light and highly efficient single-speed, helical gear ground planetary gearboxes transfer power to each driveshaft. Measuring a mere 100mm in depth, each gearbox comes packaged with the e-motor and inverter as a single cylindrical Electrical Drive Unit (EDU). With a target power of 500 PS per e-motor, this is the most efficient and elegant engineering solution to deploying so much power with precision.
Torque-vectoring, enabled by the four e-motors, provides exceptional dynamic response and agility on the road. This fully automatic, self-adjusting system can instantly distribute power to any combination of two, three or four wheels within a fraction of a second. In Track mode the ability to add more power to individual wheels enables the radius of corners to be tightened, potentially reducing lap times.
The Lotus Evija is equipped with ESP stability control to ensure safety in all road conditions, with further grip provided by the four-wheel drive system. A pure steering feel – a vital ingredient of every Lotus – is assured via an electro-hydraulic system.
The car is built on a one-piece motorsport-inspired carbon fibre monocoque chassis. It is supplied by CPC, the Modena, Italy-based world-leader in composite technology. Constructed from multiple carbon plies, the manufacturing process is identical to that of an F1 chassis, and ensures the lightest, stiffest, safest and most technically advanced Lotus road car platform ever built. The total weight of the monocoque tub is a mere 129kg.
This chassis, coupled with innovative engineering and clever packaging throughout every element of the Evija’s powertrain, has contributed to the class-leading target weight of 1,680kg in its lightest specification.
PRECISION PERFORMANCE GUARANTEED
As with every Lotus, the Evija is ‘For The Drivers’ and its searing pace is delivered in one seamless, sustained surge. The 0-62 mph (0-100 km/h) sprint is completed in under three seconds, while the top speed is in excess of 200 mph (340 km/h).
These headline statistics only tell part of the car’s performance story. Matt Windle, Executive Director, Sports Car Engineering, Lotus Cars, explained: “The Lotus Evija has astonishing acceleration at higher speeds. It takes less than nine seconds to reach 300 km/h which is better than any other direct competitor.”
Further performance figures include acceleration from 100-200 km/h in less than three seconds, and 200-300 km/h in less than four seconds.
Power can also be delivered over a sustained period. The car’s advanced aerodynamics and four-radiator cooling package keep the battery at an optimum temperature. It means that the Evija is capable of being driven flat out with no derate for at least seven minutes in Track mode.
Matt Windle continued: “With the Lotus Evija we have an extremely efficient electric powertrain package, capable of delivering power to the road in a manner never seen before. Our battery, e-motors and transmission each operate at up to 98% efficiency. This sets new standards for engineering excellence.”
As part of the development and validation process, Lotus and Williams Advanced Engineering have conducted thousands of hours of virtual testing and digital analysis. This comprehensive programme will ensure the car’s meets its performance targets and exceeds customers’ expectation.
As a pure EV the Evija will be ultra-quiet at low speeds. During this time regulations require that it emits a digitally created sound – transmitted via a front-mounted speaker – which will alert pedestrians to its presence.
While the flowing lines create a very organic look, Russell Carr, Design Director, Lotus Cars, believes that it is important that the car visually conveys its technical achievements. “When you look through the rear glass, you can see the battery pack cover and the in-board suspension. This link between the human and the precision engineering is essential for a Lotus. We want people to have the sense that they are engaging with the power and performance of the car. We refer to it as technology with soul.”
A REVOLUTION IN CHARGING
Not only does the Lotus Evija feature the world’s most powerful automotive drivetrain, it also boasts the world’s fastest charging battery. Thanks to the partnership with Williams Advanced Engineering, the battery has the ability to accept an 800kW charge. Although charging units capable of delivering this are not yet commercially available, when they are it will be possible to fully replenish the battery in just nine minutes.
Using existing charging technology – such as a 350kW unit, which is currently the most powerful available – the Evija’s charge time will be 12 mins to 80% and 18 mins to 100%. The car’s range is 250 miles (400 km) on the WLTP Combined Cycle, or 270 miles on the NEDC Combined Cycle. Lotus is in discussions with external suppliers on a charging solution for customers.
The CCS2 charging socket is hidden behind a vented flap at the rear of the car. In the same location is a small plaque, reminding customers of the Britishness of the Evija.
MOTORSPORT-INSPIRED INTERIOR IS A TECHNICAL TOUR DE FORCE
The interior of the Lotus Evija is as dramatic as the exterior. Inspired by the technical precision of race car engineering, the dominant characteristic of the cabin is the ‘floating wing’ dashboard which can be glimpsed from outside through the windscreen. The design also echoes the porosity of the exterior.
“The shape is inspired by the company’s prototype racing cars of the late Fifties and early Sixties,” explained Russell Carr, Design Director, Lotus Cars. “It has a beauty and an elegance to it, and represents a typically Lotus approach because it performs multiple functions. It houses the instrument panel and air ducts, and is also an integral structural support. It reinforces Colin Chapman’s cast-iron rule that no Lotus component goes along for a free ride.”
Access to the cabin is through the two dihedral doors. Handle-free to preserve the sculpted exterior, they’re operated via the key fob. It’s the first time Lotus has used such doors, and while they make for a moment of dramatic theatre they also provide maximum space for getting in and out.
An exceptional attention to detail – as people would expect from Lotus – is at the heart of the interior. For example, visible carbon fibre surfaces enhance the sense of light weight, while a thin metal band – engraved with the words ‘For The Drivers’ – runs centrally through the squab of both seats.
Once in the car, a switch in the roof console closes the doors. The location aids the minimalist layout of the main control panel and prevents them being activated accidentally. Russell Carr, Design Director, Lotus Cars, explained it’s in tribute one of the most iconic Lotus cars, commenting: “Versions of the Lotus Esprit Turbo featured a huge roof console in the late Seventies and early Eighties. It’s not something you might expect on a contemporary hypercar but Lotus fans will love the connection.”
Inside, the cabin strikes the perfect balance between the precise functionality of a track car and the comfort of a road car. The driving position is fully adjustable to accommodate the greatest range of occupants. The elegant carbon fibre shell seats are hand-trimmed with thick Alcantara-finished pads, and feature manual fore / aft adjustment plus electric back operation. The steering column is manually adjustable for both rake and reach. Three-point seatbelts are fitted as standard, with four-point harnesses an option. Built into the bodyshell, close to the occupants’ hip point, are two bespoke storage areas.
The design of the steering wheel, similar to that found in an LMP or F1 car, further reinforces the Evija’s sporting intentions. The outer ring is finished in Alcantara as standard with leather available as an option. Buttons are grouped in an intuitive manner and govern functions including phone use, cruise control and DRS deployment.
Mounted centrally at the base of the wheel’s hub is the mode controller. There are five modes – Range, City, Tour, Sport and Track – with various of the car’s performance features activated or deactivated depending on which is selected.
Ahead of the steering wheel is a state-of-the-art digital display, providing the driver with key information such as mode, battery charge and remaining range. It is the car’s only screen, putting all necessary information in one place. The screen displays essential functions only, with information appearing as required when the appropriate button is pushed, then fading when no longer needed.
Further controls are located on the floating ‘ski slope-style’ centre console, which features touch-sensitive haptic feedback buttons. Each is integrated in hexagonal recesses to help guide the driver’s fingers. As the light plays over the surface it creates an almost organic visual effect. The driver can also interact intuitively with the car’s technology via a control wheel. The honeycomb design of the buttons is replicated on indicator stalks and on the surface of the aluminium foot pedals.
The Evija’s cabin has been deliberately designed so that the occupants feel they are at one with the vehicle. “At the core of the appeal of any Lotus is that the driver is in sync with the car at all times and almost feels as if they are wearing it,” said Russell Carr, Design Director, Lotus Cars. “Looking out from behind the wheel, it’s a wonderfully emotional moment to be able to see the bodywork outside, both in front and behind you. That’s something we hope to enhance in future Lotus models.”
Climate control and a premium infotainment system are fitted as standard. Customers can seamlessly integrate their smartphones via Apple CarPlay and Android Auto, accessing their own music and navigation.
EXTREME TRACK PERFORMANCE AND ON-ROAD COMFORT
Calibrated to provide the optimum blend of extreme track performance and on-road comfort, the Evija’s motorsport-derived suspension features three adaptive spool-valve dampers for each axle. Two are corner dampers with a third to control heave. These are mounted in-board to optimise the aerodynamic performance. They are manufactured by Multimatic, specialists in developing high-performance suspension technology for on-road, off-road and motorsport applications including Formula 1.
Magnesium wheels provide optimum lightness and strength, and are sized 20 and 21 inches at the front and rear respectively. They are shod with Pirelli Trofeo R tyres, developed specifically to achieve ultimate performance. To deal with the Evija’s extreme performance, the car is equipped with a forged aluminium AP Racing braking system with carbon ceramic discs front and rear.
TECHNOLOGY: CONNECTED TO THE CLOUD
The Lotus Evija is the first production road car in the world to feature laser lights for both main and dipped beams. Produced by OSRAM Continental, the lighting modules are very compact and will provide an outstanding view of the road or track ahead. The strikingly thin vertical headlamps provide the perfect balance of crystal-like beauty and a highly technical design. Inside the lenses, unique ‘wing-like’ elements form the daytime running lights and directional indicators.
The Evija is the first Lotus to provide drivers with a full suite of digital connected infotainment, which will benefit from over-the-air software updates. A powerful on-board modem enables communication to the cloud, and the driver can interact with that data through a Lotus smartphone app. The app will enable drivers to monitor their Evija from anywhere in the world, for example, to check the battery charge status and driving range. It will also support remote use of air-con, to heat or cool the cabin ahead of the next drive.
The Evija’s infotainment system includes a chronograph to allow the driver to record their lap times. Connection to the cloud means they can view their performance while at the track and recall previous sessions through the app.
THE ULTIMATE IN PERSONALISATION
Lotus will offer Evija customers an unparalleled level of personalisation, enabling them to specify the car exactly as they wish. This will include the opportunity to select unique paint finishes, interior trims and detailing.
Marquetry-style badging will provide further bespoke opportunities. Lotus has developed the ability to inlay metal elements directly into the carbon fibre bodyshell, so that the badge sits completely flush with the bodywork. Currently the Evija carries a partial Union Flag badge on the C-pillar, signifying its status as a British-built hypercar. However, this could be another flag, a family crest or personal logo.
“This marquetry-style badging is similar to that associated with traditional cabinet-making, where you inlay different colours of wood,” explained Russell Carr, Design Director, Lotus Cars. “On the Evija it’s really is up to the customer to choose whatever materials and designs appeal to them.”
Lotus is also developing a comprehensive programme of bespoke experiential activities for Evija owners. These will include VIP track days and other high-performance motorsport opportunities.
PUTTING THE CUSTOMER FIRST
The Lotus Evija has been designed and engineered at Lotus’ historic home in Hethel, UK, and production will begin in a new dedicated on-site manufacturing facility during 2020.
A maximum of 130 examples will be built, guaranteeing exclusivity to match the stunning looks, ground-breaking technology and world-beating performance. They will be sold directly to customers by Lotus, with the global network of 220 retailers in support. Plans to service and maintain the car for each owner are currently in development.
The UK is already recognised as a world-leader in high-performance automotive production. Lotus has been at the heart of that success for 71 years. The Evija will further cement the global status and reputation of this important UK industry sector, and its associated and diverse supply chain.
However, as the first all-electric hypercar from a British car maker, the launch of the Evija sees Lotus deliver an opportunity for new and exciting expansion of the sector. Increasing consumer awareness and demand for the astonishing performance available through EV powertrains means new growth and new skills, and Lotus intends to be key player in that revolution.
https://www.myluxepoint.com/wp-content/uploads/2020/05/07_Lotus_Evija_Design_01.jpg.jpg5781024Carloshttps://www.myluxepoint.com/wp-content/uploads/2017/03/logo2v.pngCarlos2020-05-13 11:31:552020-05-13 11:56:32LOTUS EVIJA: THE WORLD’S FIRST PURE ELECTRIC BRITISH HYPERCAR
• El fabricante danés de hipercoches presenta la última Versión del modelo TSR-S doble sobrealimentado de 1177 CV
• Primer ejemplo en presentar las últimas innovaciones en fibra de carbono de Zenvo, incluyendo ruedas de fibra de carbono completamente fragmentadas y diseño de tejido a medida para secciones de cuerpo de fibra de carbono expuestas
• El desarrollo constante dentro de Zenvo también ha visto la creación de una caja de cambios híbrida, aumentando las capacidades de transmisión para futuros modelos
• El último TSR-S debía ser presentado en el Salón Internacional del Automóvil de Ginebra, pero Zenvo ahora organizará un evento de medios privados en su sede de Dinamarca
• Zenvo fabrica a mano cinco automóviles al año desde su fábrica en Præstø, Dinamarca, con cada automóvil fabricado según las especificaciones exactas del cliente.
Zenvo ha revelado hoy su última comisión TSR-S junto con otros desarrollos del fabricante danés de hipercoches.
ZENVO REVEALS LATEST COMMISSION TSR-S HYPERCAR
Este ejemplo del modelo V8 TSR-S de doble turboalimentado de 1177bhp, la variante legal de la calle del auto de seguimiento TSR, ha recibido numerosos toques a medida y es el primer automóvil en recibir ruedas de fibra de carbono completamente fragmentadas diseñadas, desarrolladas y construidas internamente por Zenvo, así como diseños de tejido individuales dentro de las secciones del cuerpo de fibra de carbono expuestas.
Siguiendo los ideales de diseño daneses de innovación y creatividad, el patrón geométrico de fibra de carbono visible dentro de la franja central teñida de azul es una evolución adicional de la tecnología de fibra de carbono y las opciones de personalización líderes en su clase de Zenvo, como los gráficos de fibra de carbono a medida ‘marca de agua’ presentados en TSR anteriores -S modelos.
Esta técnica también se ha utilizado en las vainas laterales de fibra de carbono expuestas, con el logotipo de Zenvo estampado dentro del material en un patrón de espiga opuesto. Estos nuevos patrones de tejido, que se pueden adaptar a las especificaciones del cliente, se forman dentro de la fibra de carbono y los artesanos de Zenvo los colocan a mano.
También lo son las nuevas ruedas de carbono fragmentadas, con cada fragmento cortado a mano y estratificado por expertos para crear el acabado especial y pesar unos 15 kilogramos menos que las variantes de aluminio.
Al igual que con todo el trabajo de fibra de carbono en Zenvo, desde los paneles del cuerpo hasta las alfombrillas, estos componentes se crean internamente utilizando una combinación de tecnología de vanguardia y artesanía humana con innumerables opciones de personalización. Cada rueda toma dos técnicos aproximadamente una semana para crear. Todo el carbón visible en el automóvil puede teñirse de color, incluidas las ruedas, y los clientes pueden especificar secciones individuales en diferentes acabados de carbono.
También se dio a conocer hoy el último desarrollo de transmisión de Zenvo , una variante híbrida de la caja de cambios secuencial de 7 velocidades con engranajes helicoidales para perros que se ha convertido en una marca registrada de la marca.
Esta caja de cambios ofrece al conductor dos modos cambiables, Road y Race, controlados por un tablero de aluminio táctil en el volante. En su configuración de Carretera, los cambios son asistidos electrónicamente para eliminar la dureza habitual de una “caja de perro” tradicional, mientras que el modo Carrera permite cambios mecánicos excepcionalmente rápidos y directos que generalmente solo se ofrecen en autos de carrera completos. El último desarrollo de esta innovadora caja de cambios es la adición de un módulo híbrido que produce un aumento de potencia, un mayor control de tracción e incluso la adición de una octava marcha hacia adelante con el motor eléctrico que proporciona la transmisión inversa.
Zenvo se está desarrollando constantemente, y esta caja de cambios es la última innovación diseñada y en desarrollo completamente interno que aumentará la usabilidad y el rendimiento de los modelos actuales y futuros.
El TSR-S es el modelo insignia de Zenvo, que combina la capacidad de marcha en carretera del TS1 GT con el rendimiento derivado de la pista del TSR y está propulsado por un V8 de avión plano de doble turboalimentado de 1177 CV. Se alcanzan 0-62 mph en 2.8 segundos y 0-124 mph en solo 6.8 segundos, ayudado por una construcción de fibra de carbono súper liviana y una aerodinámica excepcional que incluye el alerón trasero Centripedal patentado de Zenvo que reacciona a las entradas de la dirección para crear altos niveles de carga aerodinámica en las curvas.
El TSR-S tiene un precio de € 1,45 millones y la producción de Zenvo se limita a cinco automóviles por año, ofreciendo una exclusividad sin igual en un sector de hipercoches.
Originalmente destinado para el Salón Internacional del Automóvil de Ginebra 2020, Zenvoahora mostrará estos desarrollos durante un evento de medios privados en su sede en Præstø, Dinamarca y en otros lugares del mundo. Las partes interesadas deben comunicarse con jb @ zenvoautomotive para obtener más información.
https://www.myluxepoint.com/wp-content/uploads/2020/05/C4567.jpg7101054Carloshttps://www.myluxepoint.com/wp-content/uploads/2017/03/logo2v.pngCarlos2020-05-04 21:04:072020-05-04 21:09:20ZENVO REVELA LA ÚLTIMA VERSION TSR-S HYPERCAR
Czinger dice que la automotriz , conocida como 21C, en referencia al siglo XXI, utilizará una transmisión híbrida fuerte desarrollada en el hogar, mientras que al igual que el McLaren F1 y Speedtail, una asociación de asientos no convencional es deliberada. • Los mejores hipercars 2020
Czinger 21C es un hipercoche híbrido impreso en 3D de los EE. UU.
Establecida en 2019, la firma estadounidense dice que el grupo detrás de ella está formado por ex empleados del productor de hipercoches sueco Koenigsegg.
Mientras que McLaren ha optado por un banco compensado de tres asientos con un lugar de conducción central en sus hipercoches más excesivos, Czinger ha deliberado una configuración en línea para el 21C, presumiblemente convirtiéndolo en un hipercoche 1 + 1 con dos pasajeros alojados debajo de un avión de combate Tipo de cubierta
Creado por artesanos del siglo XXI, Czinger anticipa el 21C antes del debut mundial del Salón Internacional del Automóvil de Ginebra.
La revolucionaria tecnología de Czinger ofrece un hipercoche innovador con un diseño icónico y un rendimiento dominante.
First Tease comparte una visión de la innovadora configuración de asientos en línea de 21C, el sonido de su tren motriz híbrido fuerte desarrollado internamente y presenta componentes avanzados construidos utilizando tecnologías novedosas
Diseñado, desarrollado, diseñado y fabricado desde cero en Los Ángeles, California, 21C es un cambio de paradigma en la forma en que se conciben los vehículos de alto rendimiento.
Salón Internacional del Automóvil de Ginebra 2020 (días de prensa del 3 al 4 de marzo, días públicos del 5 al 15 de marzo de 2020) en el pabellón 1, stand 1030
Al marcar su lugar en la historia, y un cambio de paradigma en la forma en que los vehículos se diseñan, desarrollan, fabrican y fabrican, Czinger Vehicles se burla de su próximo hipercoche, 21C, antes de su marca mundial y debut en vehículos en el Salón Internacional del Automóvil de Ginebra 2020 (Czinger’s press conferencia 3 de marzo, 11:00 – 11:15 CET).
La vista previa muestra un tren motriz híbrido fuerte desarrollado internamente, configuración de asientos en línea y líneas de diseño icónicas. Representada en el contexto californiano de Bixby Bridge y Pacific Coast Highway, la película teaser es un guiño a la herencia californiana de Czinger en el primer anuncio público de la marca. Czinger es el primero de su tipo en desarrollar nuevas tecnologías de fabricación aditiva para diseñar un innovador hipercoche. Desde un chasis de vanguardia y estructuras a medida hasta componentes pioneros de alto rendimiento, Czinger ha creado un revolucionario ajuste hipercar para el siglo XXI.
Con sede en Los Ángeles, California, el debut mundial de Czinger será en el Salón Internacional del Automóvil de Ginebra 2020 (días de prensa del 3 al 4 de marzo, días públicos del 5 al 15 de marzo de 2020) en el pabellón 1, stand 1030. La conferencia de prensa de Czinger tendrá lugar el 3 Marzo, 11:00 – 11:15 CET.
Para obtener información de los medios sobre el lanzamiento, la marca, 21C y entrevistas con el equipo ejecutivo de Czinger en el Salón Internacional del Automóvil de Ginebra 2020 y en los próximos meses, utilice media.czinger.com o los contactos a continuación.
Una compañía con sede en Los Ángeles llamada Czinger planea presentar un hipercoche híbrido impreso en 3D en el Salón Internacional del Automóvil de Ginebra 2020.
El nuevo auto se llama Czinger 21C, y todo el trabajo, desde el diseño inicial hasta la construcción del primer prototipo, se manejó localmente. Czinger también construirá versiones para clientes en LA
El 21C presenta una combinación de componentes impresos en 3D y piezas estándar y tiene dos asientos colocados en tándem, es decir, con el pasajero sentado directamente detrás del conductor. Esto ha permitido a los diseñadores agregar una posición de conducción central y mantener el cuerpo muy estrecho.
Mientras tanto, la potencia proviene de un sistema de propulsión híbrido desarrollado internamente. No se han revelado especificaciones, pero Czinger promete que el automóvil será “uno de los vehículos de rendimiento más avanzados del siglo XXI”.
En caso de que te lo estés preguntando, el nombre de Czinger proviene del CEO y fundador de la compañía, Kevin Czinger. Es la misma persona detrás del Divergent Blade , otro automóvil de alto rendimiento impreso en 3D con asientos en tándem que sirvió como prueba de concepto para el 21C.
https://www.myluxepoint.com/wp-content/uploads/2020/02/the-czinger-21c-is.jpg450800Carloshttps://www.myluxepoint.com/wp-content/uploads/2017/03/logo2v.pngCarlos2020-02-14 23:03:022020-02-14 23:03:02Hypercar Czinger 21C - hipercoche híbrido mostrará los beneficios de la impresión 3D
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