hypercar Archives

First bespoke Pininfarina Battista hypercar revealed

The Pininfarina Battista hypercar is already very exclusive to start with as only 150 units will be built. Each unit of the electric hyper GT has a starting price of US$2.5 million (about RM10.56 million) but customers are likely to pay much more as they will also want their Battista to be personalised. Naturally, Automobili Pininfarina is prepared for this and has an all-encompassing bespoke personalisation programme. It is something which the company would excel in, having its origins as a famous Italian automobile design house (it is now owned by India’s Mahindra Group).

All customers are invited to have discussions with the design team as part of an in-depth collaborative process. At the production facility is a perfect environment to inspire the creative process as it houses an extensive range of colour and material samples close to the car assembly area. Every element of the hypercar can have bespoke treatment, with clients offered a 360-degree consulting service resulting in a truly unique creation.

Creating a unique collector’s piece
“The Pininfarina name has a storied heritage of individual cars, and the Battista continues this legacy as every vehicle will be truly bespoke by design. Our clients have the unique opportunity to join the Automobili Pininfarina family, immersing themselves in the design process with our talented craftspeople to ensure their vehicle authentically reflects their personality and tastes, created with a truly personal touch,” said Sara Campagnolo, Head of Colour and Materials Design of Automobili Pininfarina. “Clients have the opportunity to drive forward the development of sustainable luxury, whilst creating a unique collector’s piece.”

New York City-inspired
The first bespoke commission is inspired by New York City and features a sophisticated red, white and blue colour theme, led by Exposed Signature Carbonfibre bodywork with Iconica Blu thread, the first application of its kind in the automotive industry.

The car also has Performance Stripes and Pinstripe finished in distinctive Bianco Sestriere metallic – meticulously applied by hand due to the complex shapes of the body panels – with a red Exterior Jewellery Pack elegantly completing the exterior design with a Furiosa Carbon Accent Pack finished in Black Exposed Signature Carbon.

Advanced materials, traditional coachbuilding
Mixing advanced composite materials with traditional coachbuilding techniques, the hand-painted finish for this one-off model will take hundreds of hours of expert attention. For this first unit, the Impulso wheels are finished in Dark Matt Grey with brushed aluminium centre-lock ring anodized in black, matching the black Goccia roof, rear diffuser, rear wing and brushed aluminium headlight engraving.

The luxurious interior provides further scope for personalisation, with everything from the choice of leather and Alcantara to the contrast stitching, Interior Jewellery Pack and fine aluminium interior detailing.

A total of 128 million combinations provides opportunities for clients to reflect their individual tastes, with all clients benefitting from Automobili Pininfarina’s commitment to sustainable luxury. This is evident in the methods used to craft the exquisite materials, such as leather interior elements tanned with olive leaves, a process that reduces the need for harmful chemicals in the creation of every Battista.

The Pilota seats are finished in black leather upholstery with Iconica Blu Alcantara that have navy colour inserts. The exterior theme is carried through to the interior with Iconica Blu stitching with unique red and white cross stitch, red headrest logo and unique white seatbelts, with Iconica Blu thread on the back of the carbon seats. Brushed aluminium detailing is finished in red, subtly referencing the red Exterior Jewellery Pack, with darker details provided by the Interior Jewellery Pack finished in brushed aluminium anodized in black.

56 exterior colour choices

In addition to the selection of 56 exterior paint finishes, Battista owners also have the opportunity to choose exposed carbonfibre bodywork, bespoke paint finishes for the ‘Goccia’ roof, exterior jewellery in the form of anodised finishes or bespoke paint, or a contrasting front end in the customer’s choice of colour. Even the engravings on the Battista chassis plate, located between the seats, can be personalised, along with a custom passenger-side door plate engraving.

The Carbon Accent Pack and Furiosa Carbon Accent Pack are available with a selection of bespoke paint colours or exposed carbonfibre finishes, complemented by the precise Furiosa pinstripe around the extremities of the bodywork. In addition, the mirror caps, rear wing, brake calipers, alloy wheels – both Prezioso and Impulso designs – and centre-lock rings can all be fully customised.

Can outrun a Formula 1 car
The Battista is claimed to be the most powerful car ever designed and built in Italy, with the promise of delivering a level of performance that is unachievable today in any road-legal sportscar using internal combustion engine technology. It will be quicker than a current Formula 1 car with a claimed 0 -100 km/h time of less than 2 seconds, and with 1,900 ps/2,300 Nm output from 4 electric motors. Operating with zero emissions, the Battista’s 120 kWh battery pack is expected to provide a range of over 500 kms when fully charged.

Pininfarina Battista hypercar starts real-world testing with high-speed run at Nardo (w/VIDEO)

Peugeot 9X8 hybrid hypercar to join 2022 World Endurance Championship

Peugeot, which won the Le Mans 24 Hours in 1992 and 1993 as well as in 2009, will return next year to the World Endurance Championship (WEC) with its new-generation hypercar, the 9X8. Now under development, the 9X8 showcases Peugeot’s Neo-Performance strategy which combines technology and sportiness in both the carmaker’s road and racing cars.

A project between Peugeot Sport and Peugeot Design, the 9X8 is a direct successor of the Peugeot 905. The designers worked closely with engineers to explore new aerodynamic solutions and styling ideas. Greater flexibility, allowed by the WEC’s new technical rules regarding aerodynamics, permits new thinking that favours the emergence of innovative cars, allowing for new creative processes and a break away from established procedures to produce a hypercar for a completely new era.

What ‘9X8’ means
‘9X8’, the designation, is derived from a combination of the brand’s motorsport heritage and vision for the future. The ‘9’ continues the series used by Peugeot on its previous endurance racing cars. The ‘X’ refers to the all-wheel drive technology and hybrid powertrain. The ‘8’ is common across all of Peugeot’s current models – from the 208 and 2008 to the 308, 3008, 508 and 5008.

The 9X8’s front and rear lighting signatures, which take the form of three claw-like strokes, are familiar Peugeot trademarks, while the brand’s new lion’s head logo features at the front and on the sides of the car. “Since the 9X8 is a Peugeot, the original sketch that steered our work portrayed a big cat ready to pounce, a stance which we have suggested by the slightly forward-tilting cockpit. The overall lines of the Peugeot 9X8 express the brand’s styling cues, while its sleek, racy, elegant forms inspire emotion and dynamism,” explained Peugeot’s Design Director, Matthias Hossann.

No rear wing necessary
The finely-chiselled details of the rear-end design includes the quip ‘We didn’t want a rear wing’ above a wide diffuser. Rear wings were first seen at the Le Mans 24 Hours on the Chaparral 2F which contested the race in 1967, meaning this is the first time their use has been questioned in more than half a century. The 9X8’s innovative rear stems from research carried out by Peugeot Sport’s engineering team as they worked to ensure the model was as aerodynamic as possible, whilst maintaining an eye-catching style.

“The absence of a rear wing on the Peugeot 9X8 is a major innovative step. We have achieved a degree of aerodynamic efficiency that allows us to do away with this feature. Don’t ask how, though! We have every intention of keeping that a secret as long as we possibly can!” said Jean-Marc Finot, Motorsport Director of Stellantis (Peugeot is part of the Stellantis Group).

Distinctive cockpit colour scheme
“Inside, we wanted to take a special approach to the cockpit which, until now, has tended to be a purely functional and indistinctive aspect of racing cars, with no brand identity whatsoever. The combination of our colour scheme and Peugeot’s i-Cockpit interior styling signature have provided the 9X8’s cockpit with a distinctive feel and make it immediately identifiable as a Peugeot.”

Peugeot HYBRID4 powertrain
The 5-metre long racing car has a rear-mounted, 2.6-litre, bi-turbo, 680-bhp 90-degree V6 as part of the Peugeot HYBRID4 powertrain. The system output gets another 200 kW from the front-mounted 200kW motor-generator unit powered by a high-voltage 900V high-density battery pack.

The battery pack is located in a carbonfibre casing inside the car’s monocoque structure, behind the driver and underneath the fuel tank. It has been designed to combine durability with consistent performance during races of durations of up to 24 hours, and even beyond.

Although the system output is over 500 kW, the regulations set a maximum power output of just 500 kW during races. The regulations also forbid the use of electrical energy below 120 km/h, so the motor generator unit only engages once this speed has been reached. The car must pull away from standstill under the power of its internal combustion engine alone.

At full power, the power output is limited to 300 kW and adjusted as a function of the power delivered by the motor generator unit at 200 kW which is directly dependent on the battery level. When the motor generator unit comes into use, the car automatically switches to 4-wheel drive, thereby modifying its drivability.

When the battery pack is empty, the engine reverts to 500 kW power output and the drivetrain reverts to rear-wheel drive. During races, the battery will be fully charged prior to the start by means of a mains-connected plug-in hybrid charger. Once on the track, the battery will function completely independently and be charged only by the kinetic braking energy recovery system.

‘An extreme laboratory’
Peugeot’s CEO, Linda Jackson, says there’s more to the company’s involvement in endurance racing than the sporting aspect. “Endurance racing is a form of motorsport that provides us with an extreme laboratory, which explains why our association with Le Mans is so strong. More significant perhaps than the results we obtain on the racetrack are the opportunities it provides to prove our technology and the fruit of our research work in a race that throws extreme conditions at you for 24 hours,” she said.

“Le Mans gives us a competitive environment to validate the hybrid systems and technologies we are currently developing to reduce the fuel consumption – and therefore CO₂ emissions – of our road cars. The teams at Peugeot Sport are proud when they see their research carried over to our production models,” she added.

*Peugeot last raced and won at Le Mans in 2009 with the 908 HDi FAP which had a 5.5-litre V12 turbodiesel.*

Ferrari to officially take part in Le Mans Hypercar class from 2023

Croatian carmaker Rimac Automobili takes control of Bugatti from Volkswagen Group

While the Volkswagen Group is unwilling to sell off Lamborghini (which is in the group via Audi), it has divested its stake in Bugatti and Croatian carmaker Rimac Automobili is taking a controlling stake in the French supercar company. However, rather than referring to it as an acquisition, it is described as ‘combining forces’ since the move will see the creation of a new company known as Bugatti Rimac.

Porsche and Hyundai shareholders as well
As part of the deal, the restructured Rimac Group will be the major shareholder with a 55% stake. Mate Rimac, the founder, will retain his original 37% shareholding in the Rimac Group with Porsche holding 24%, the Hyundai Motor Group having 12% and the remainder of 27% held by other investors.

Rimac’s business of development, production and supply of battery systems, drivetrains and other electric vehicle (EV) components will be handled by Rimac Technology, a newly formed company which will be fully owned by the Rimac Group. Rimac Technology will remain an independent company working with other global carmakers.

*Some of Rimac’s clients which draw on its expertise in electric vehicle technology and component production.*

Founded in 2009 as one-man garage
Rimac Automobili is a rather young company in the industry, having started in 2009 from a one-man garage. In that short period, his company has grown at ever-increasing speed, specializing in EVs and becoming a consultant for some companies wanting to develop such vehicles but preferring to let a more focussed outfit handle the work.

*Bugatti was established in 1909, a hundred years earlier than Rimac.*

As CEO of the Rimac Group, 33-year old Mate Rimac will lead the new company and run both Bugatti Rimac and Rimac Technology. Bugatti and Rimac will both continue as separate respective brands, retaining existing production facilities and distribution channels. Bugatti Rimac will develop the future of both Bugatti and Rimac vehicles by joining resources and expertise in R&D, production and other areas.

*During the 2015 season of the all-electric single-seater Formula E series, Rimac provided its Concept One prototype (right) for use as the Race Director’s Car.*

Going to a new level
Commenting on the development, Rimac said: “This is a truly exciting moment in the short, yet rapidly expanding history of Rimac Automobili. We have gone through so much in such a short space of time, but this new venture takes things to a completely new level. Rimac and Bugatti are a perfect match in terms of what we each bring to the table. As a young, agile and fast-paced automotive and technology company, we have established ourselves as an industry pioneer in electric technologies.”

“We have just launched our latest hypercar – the Nevera – to universal global acclaim. So I can’t begin to tell you how excited I am by the potential of these two incredible brands combining knowledge, technologies and values to create some truly special projects in the future,” he added.

2021 Rimac Nevera – the 412 km/h hypercar from Croatia

Aston Martin reveals track-only Valkyrie AMR Pro without hybrid set-up

First came the Aston Martin Valkyrie roadcar and now, two years later, the company presents an evolutionary model – the Valkyrie AMR Pro. Where the original concept was very much an exercise in squeezing as much performance from the road-legal Valkyrie platform, the Valkyrie AMR Pro is freed from race rule constraints, enabling it to have capabilities exceeding those of the machine designed to challenge for outright victory in the Le Mans 24 Hours.

‘Unprecedented potency and mind-blowing capabilities’
Continuing the technology partnership with Red Bull Advanced Technologies, the Valkyrie AMR Pro is a car said to be ‘of unprecedented potency and mind-blowing capabilities’. It uses a unique version of the Valkyrie chassis which is 380 mm longer in wheelbase and 96 mm wider in track at the front, 115 mm at the rear.

The Valkyrie AMR Pro also features an aggressive aerodynamic package which adds an additional 266 mm in length and, thanks to mastery of underbody and overwing airflow, generates extraordinary levels of downforce. Delivering significantly more downforce than the Valkyrie roadcar, the Valkyrie AMR Pro will achieve lateral acceleration of more than 3g.

V12 engine without hybrid set-up
The track-only Valkyrie AMR Pro gets a modified version of the Cosworth-built 6.5-litre naturally aspirated V12 engine. Revving to 11,000rpm, this engine is on-target to develop 1,000 bhp. Weight savings will come from deletion of the battery-electric hybrid system, plus a host of other weight saving measures, including ultra-lightweight carbonfibre bodywork, carbon suspension wishbones and Perspex windscreen and side windows.

Together with an aerodynamic efficiency that exceeds Le Mans Hypercar regulations, the Valkyrie AMR Pro promises track performance approaching that of a Formula 1 car. Aston Martin Cognizant F1 Team drivers are involved in developing the dynamic set-up of the car.

Only in lefthand drive
The Valkyrie AMR Pro will be available only in lefthand drive, with the production run limited to 40 cars (plus 2 prototypes). First deliveries are scheduled to commence during the fourth quarter of 2021.

“The entire Aston Martin Valkyrie programme has been an extraordinary adventure in engineering. As an expression of the passion and expertise that can be found within Aston Martin and its closest technical partners, Valkyrie AMR Pro is a project beyond compare, a true ‘no rules’ track-only version. The Valkyrie AMR Pro is testament to Aston Martin’s commitment to pure performance and this performance DNA will be evident in our future product portfolio. Nothing else looks like it, nothing else sounds like it, and I am absolutely certain nothing else will drive like it!” declared Aston Martin CEO, Tobias Moers.

The 40 customers will receive the opportunity to attend a bespoke track day experience, hosted by Aston Martin at a selection of International FIA Circuits around the world. The experience will include track and pit lane access, support from the Aston Martin Valkyrie Instructor team, as well as FIA exclusive racewear and a VIP hosted dinner.

Track days will be open to all Aston Martin Valkyrie customers, along with a selection of Art of Living experiences, driving some of the most challenging and dynamic roads across the UK and Europe, The Americas and beyond.

James Bond’s Aston Martin DB5 in ‘Goldfinger’ reborn – complete with the gadgets!

2022 Bugatti Chiron Super Sport is all about top speed

With its digital unveiling of the Chiron Super Sport recently, Bugatti continues its development of elegant, comfortable, and ultra high-performance hyper sportscars. The new member of the Chiron family is the essence of what the engineers have learned and developed in recent years to create the ultimate Grand Tourer.

The Chiron Super Sport embodies a part of Bugatti’s broad spectrum of performance – a counterpart to the Chiron Pur Sport, which was made for cornering and lateral agility. It has been designed for speed, adopting a new vehicle design with optimized aerodynamics for the streamlined bodywork. From the front splitter to the rear diffuser, every centimetre of its skin is designed for top speed.

Superlative aerodynamic performance
At speeds over 420 km/h, a vehicle must offer sufficient downforce alongside minimal drag. “Our aim was to give the vehicle a neutral set-up at its top speed while also giving it as streamlined a shape as possible.” explained Frank Heyl, Deputy Design Director at Bugatti. “The uplift forces exerted on the bodywork at 440 km/h are immense. The body of the Chiron Super Sport generates massive downforce to counter this uplift and perfectly balance the forces.”

“The design process was therefore in particular about achieving aerodynamic efficiency,” Heyl continued. “The Chiron Super Sport’s extended rear, which is known as a long tail, gives it new proportions and very distinctive aesthetics.”

For aerodynamic performance, the rear has grown by approximately 25 cm to hold the laminar flow to the bodywork for as long as possible. Bugatti designers also enlarged the diffuser cross-section, pushing the diffuser’s trailing edge higher and thereby reducing the rear’s trailing surface by 44%. As a result, the slipstream and wind resistance generated are significantly reduced – factors which otherwise decelerate the vehicle.

Even from afar, the Chiron Super Sport is unmistakable due to its repositioned tailpipe configuration. To boost the effect of the diffuser and give it more space, Bugatti has shifted the otherwise central exhaust system to the side, with the pipes aligned vertically.

The 9 exhaust air holes on each fender are more than just a nod to the EB 110 Super Sport – they also serve to release the air pressure from the front wheel wells, thereby generating streamlined downforce at the front axle. Additional outlets behind the front wheel arches likewise help to balance out the aerodynamic loads.

For even greater exclusivity, new aluminium wheels in a 5Y-spoke design are available only for the Chiron Super Sport. These new Super Sport wheels are also available in a diamond-cut option. The Chiron Pur Sport’s iconic magnesium wheels, which further reduce the weight of the unsprung mass, are also available as an option.

Greater performance, higher revs
Bugatti thoroughly overhauled the 8.0-litre W16 engine for the Chiron Super Sport, boosting its performance by 100 ps to 1,600 ps. Maximum torque of 1,500 Nm is accessible from between 2,000 and 7,000 rpm, rather than up to 6,000 rpm. The extra engine speed (300 rpm) allows for even greater longitudinal acceleration and an even more emotive driving experience. The overall weight is also lowered by 23 kgs.

With the improved performance created by larger turbochargers with more efficient compressor wheels, the 7-gear dual-clutch transmission at full load and full speed transitions from sixth to seventh gear at 403 km/h. The claimed 0 to 200 km/h is 5.8 seconds and to 300 km/h is 12.1 seconds.

Chassis set-up for top speed
The new chassis has been developed specifically for the Chiron Super Sport’s high speeds and new aerodynamics. The steering systems and dampers create a firmer and more rigid connection to the vehicle from the driving feel, resulting in tighter steering for smoother steering movements. Harder springs stabilize the entire vehicle at top speed, and the engineers additionally also retuned the electronically controlled chassis.

Tyres with 500 km/h speed capability
Newly developed Michelin Pilot Sport Cup 2 tyres which have been optimized for top speed offer greater rigidity and smoothness than grip-optimized tyres fitted to the Chiron Pur Sport. What’s more, it is said that these are the only tyres that can consistently be used at up to 500 km/h. This is made possible by reinforced belts that can cope with immense forces – verified on the test bench originally built for the Space Shuttle.

Bugatti will soon begin with the manufacture of the Chiron Super Sport, with only 9 units planned for sale. Delivery of the hyper sportscars, each priced from 3.2 million euros (almost RM16 million) will start in early 2022.

Bugatti Chiron Sport versus Dassault Rafale Marine (w/VIDEO)

Even after you recover from COVID-19 infection, your quality of life may be affected and you may suffer for a long period after that. Avoid being infected by taking the necessary measures to protect yourself as well as others – and get vaccinated.

Track-only Lamborghini Essenza SCV12 with full carbon chassis meets FIA Hypercar safety standards

With 30 years of experience in using composite materials in the automotive field, it’s not surprising that Lamborghini is the first carmaker to have a car on the market with a carbonfibre roll-cage homologated according to the FIA Hypercar safety standards. The model is the Essenza SCV12 which was developed by Lamborghini Squadra Corse and designed by Lamborghini Centro Stile as the direct descendant of cars such as the Miura Jota and Diablo GTR.

‘Laboratory of ideas’
“The Essenza SCV12 was born as a ‘laboratory of ideas’. This allowed us to use technical solutions usually found in racing prototypes, such as the suspension installed directly on the load-bearing gearbox, which is an innovative solution for a GT car. In addition, it features the new carbonfibre monocoque chassis without steel roll- cage, resulting from technical collaboration with the FIA, thanks to which we’ve started a process that will lead to an exponential improvement in safety for GT racing drivers in the future,” said Giorgio Sanna, Lamborghini’s Head of Motorsport.

Rigorous testing to meet standards
The carbonfibre chassis has been subjected to the testing required by the FIA for chassis homologation. This testing is extremely rigorous, involving both static and dynamic tests, and required Lamborghini Squadra Corse technicians to extensively modify the structure of the production chassis from which the Essenza SCV12 chassis is derived.

The carbonfibre monocoque was reinforced in several points, having to withstand forces of over 12 tons during the FIA homologation tests without presenting significant deformations. There are more than 20 static tests which, in addition to the chassis, involve the pedals, seatbelts and fuel tank. The dynamic crash tests, on the other hand, involve impacts at speeds of up to 14 metres/second. In this type of test, the chassis must not be subjected to any intrusion of external elements that could come into contact with the driver, and the fuel tank must not leak.

Saving weight and space
The decision of the Lamborghini Squadra Corse technicians to maintain the carbonfibre structure, ie not mounting a steel roll-cage, was a benefit in terms of overall weight, along with the use of innovative laminated foams inside the chassis (ROHACELL 71 XT). This also provided a significant increase in cockpit space for optimal driving comfort.

In the Essenza SCV12, the driver sits on an OMP FIA 8862 homologated seat, mounted on carbonfibre cradles designed by Squadra Corse and produced in Lamborghini’s CFK laboratories. The seat has been lowered compared to the road models and the driver and passenger are protected on the door side by two side impact guards, also made of composite material, which replace the classic steel tubes found in racing cars.

Another new solution is the cradle situated in the rear part of the monocoque, which houses the engine perfectly positioned on the longitudinal axis, while the gearbox has a load-bearing and structural function. This characteristic also made it possible to achieve torsional stiffness values 20% higher than those of the Huracan GT3 EVO.

“Along with the aerodynamic load of over 1,200 kgs at top speed, the torsional stiffness of the car contributes to ensuring extraordinary driving precision,” explained Marco Mapelli. “This makes it possible for the driver to tackle curves at speed without any appreciable correction of the steering angle. Essenza SCV12 is a very fast car, thanks to the extraordinary thrust of the 830 bhp engine, and it’s relatively easy to drive.”

Only for track use
The track-only hypercar, limited to 40 units, has the most powerful V12 naturally-aspirated engine ever developed by Lamborghini, combined with aerodynamics inspired by racing prototypes and new technical solutions designed for the ultimate driving experience.

The first units of Essenza SCV12 were delivered to customers about 2 months ago and the dedicated program of track events will start at the end of this month. Essenza SCV12 owners will become part of an exclusive club that will give them access to special programs to drive their hypercar on the most prestigious circuits in the world. The program includes storage service in a new hangar built in Sant’Agata Bolognese for the Essenza SCV12 club. Each car will have a personalized garage and dedicated services, including webcams to allow customers to monitor their cars 24 hours a day using an app.

Are you good enough to be a Lamborghini Official Sim driver?

2021 Rimac Nevera – the 412 km/h hypercar from Croatia

Croatia, a country across the Adriatic Sea from Italy, is not a particularly large country. Its population of 4.13 million is less than Singapore’s 5 million+ and annual sales volume has been around 63,000 units (apart from last year when new vehicle sales contracted worldwide due to the pandemic). It has a fairly active auto industry with many factories producing autoparts for export as well as a few domestic carmakers.

Notable among these is 11-year old Rimac Automobil, an ambitious carmaker which specialises in high-performance electric cars. Its earlier Concept One gained global exposure as an official track car during the first season of the all-electric Formula E championship in 2014. Since then, the company has continued to develop models with new technology and its latest is the Nevera hypercar. 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 through an extensive development program.

A 10-year ‘impossible’ journey
“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,” said Mate Rimac, founder and CEO of the company.

“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 crossing continents,” he said.

Signature ‘cravat’ feature
Rimac favours lean and effective engineering at every stage, and that philosophy is exemplified in the form-follows-function nature of the Nevera’s design. It is applied to every single detail, including the car’s signature ‘cravat’ feature, which is incorporated into its flanks. It is functional too, serving as an air intake for the rear cooling systems.

As the design evolved, many changes were made to the Nevera’s bodywork; for example, the redesigned air diffusers and intakes deliver a 34% 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% improvement at low speeds and a 7% enhancement at high speeds.

Rimac has also created many new innovative active aerodynamic elements for better cooling, performance, stability, and efficiency. 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% to create a drag value of 0.3 Cd. Changing back into ‘high downforce’ mode increases downforce by 326%.

World’s most advanced monocoque construction
The hypercar’s groundbreaking monocoque incorporates a bonded carbonfibre roof, integrated structural battery pack and rear carbonfibre subframe. This is believed to be the largest single carbonfibre piece in the entire automotive industry. Weighing less than 200 kgs and utilising 2,200 carbon fibre plies with 222 aluminium inserts, the monocoque encases the car’s battery to form a compact yet incredibly strong structure.

Powertrain developed in-house
The key to the Nevera’s high performance is Rimac’s pioneering electric powertrain. The unique H-shaped, liquid-cooled, 120kWh, 6960-cell battery pack was designed from scratch by. Capable of producing 1.4MW of power, the lithium-manganese-nickel battery pack also forms an integral part of the car’s core, adding 37% structural stiffness to the carbonfibre monocoque.

The battery pack’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. High-power recharging can ‘refuel’ an empty battery pack to 80% in 19 minutes, it is claimed, and the range is 550 kms.

Four bespoke surface-mounted permanent magnet motors drive the four wheels individually. Together, they generate 1,914 hp and 2,360Nm 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. The electric motors are 97% efficient and completely maintenance-free throughout their operating life. The Nevera is claimed to take 1.85 seconds from 0 to 60 mph (96 km/h) and if there is a road which is long enough – and no speedtraps – it should be able to reach a maximum speed of 412 km/h.

An experienced person will find the available driving modes useful for a more engaging drive. The SPORT mode sharpens the response of the throttle, brakes, suspension and steering, while DRIFT mode sends more torque to the rear wheels to accentuate oversteer and help hold the car in a controlled power slide on the track. In expert hands, TRACK mode sets the Nevera to full, unrestrained configuration to allow drivers to exploit the car’s full potential.

Minimalist design cabin
The Nevera is as much a capable grand tourer as it is a performance hypercar with space for two occupants and their luggage. Configured for both track driving and comfort, the layout of the cockpit is divided into two zones. Digital screens eliminate switchgear, with only essential tactile controls present, thereby freeing up space.

The cockpit features a trio of high-definition TFT screens, which present as much, or as little, information as the user requires. 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. 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.

World’s first AI Driving Coach
To enable drivers to extract maximum performance and help them further develop their track driving skills, Rimac has developed the world’s first AI (Artificial Intelligence) Driver Coach. Using 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.

Only 150 units will be available and no two Neveras will leave the factory looking the same or bearing the same specification. The customer will have the ability to choose from a comprehensive range of bespoke trims and material options. In addition to the company’s premium individual personalisation program, Rimac will offer its flagship in various editions: GT, Signature, Timeless or Bespoke. The price of a Nevera starts at 2 million euros (around RM10 million) but after all the personalisation, the final amount will obviously be more.

Aspark Owl – first Japanese electric hypercar – claims acceleration record

Bugatti’s RM55.1 million La Voiture Noire ready for delivery to only customer

For the 0.003% of the world’s population who are classified as ‘ultra-rich’, buying cars is no longer just about personalization to the highest degree. That may make the car unique but there may still be many of the same model that others can own. These days, some manufacturers are selling cars so exclusive that they are true ‘one-offs’ which no one else can own.

The Bugatti La Voiture Noire is an example, and claimed to be the most exclusive model in the world. The design for a customer was first presented 2 years ago and now, the hypercar has been completed and can soon be delivered.

“With the completed La Voiture Noire, we are demonstrating once again that we develop the world’s most sophisticated hyper sportscars,” says Stephan Winkelmann, President of Bugatti. “With its use of visible carbonfibre in jet black, the coupe’s breathtaking sculpture looks especially elegant. It’s a veritable grand tourer that went from being a vision to a reality – a unique project which stands for Bugatti’s full creativity and artistry.”

Historically significant name
The name ‘La Voiture Noire’ will be familiar to Bugatti enthusiasts. Ettore Bugatti’s son, Jean, developed and drove one of just four Type 57 SC Atlantics produced, a car which was described as the ‘most perfect’ and the fastest automobile of its time. Jean named his model ‘La Voiture Noire’ – the black car. Jean Bugatti had a real flair for shapes and developed saloons and coupes of dramatic beauty. With the Atlantic, he had created a masterpiece.

That car disappeared without a trace shortly before the Second World War. It is now considered the automotive equivalent of the Amber Room, one of the greatest mysteries of the automotive world, and as a vehicle of indescribable value.

Reinterpreting the Atlantic
The idea for this homage came to Design Director Achim Anscheidt more than 20 years ago but years passed until it became possible to realize this unusual project. “We were rather in awe of the idea of developing the La Voiture Noire. No other vehicle in the long history of Bugatti has acquired the same legendary status as the Type 57 SC Atlantic and has become so synonymous with the brand. We had a great deal of respect for this historical responsibility as well as for the customer,” explained Anscheidt.

For the reinterpretation, the designers had to cast their minds back and seek to understand the automobile, the bygone times, the technology, the materials, and the creators – and then update this work to the 21st century.

Minimalist coupe
The 21^st century La Voiture Noire is a minimalist coupe, much like the Atlantic back then, thanks to reducing the essentials, reduced lines, and the absence of a large and dominant rear wing. The designers reinterpreted the spirit of the historical car and developed a specific shape stylistically and technically speaking. This includes the dorsal seam down the centerline, the extended front section, the clear lines, and the romanticism of the rear.

With great attention to detail, they created a bodywork with a unique surface finish – visible carbon fiber with a clearcoat known as ‘Black Carbon Glossy’ which generates virtually no reflections. The bumpers are integrated gently into the bodywork while the windscreen appears to merge with the side windows like a helmet visor.

The lack of disruptive lines means the surface appears to have been cast in one piece – nothing interrupts the visual flow. This transforms the vehicle’s attitude from a hyper sportscar to a grand tourer. A unique sense of drama is generated by reducing the essentials and the teasing out of this essence of beauty and elegance from the surfaces.

Extraordinary details
In addition, it boasts some extraordinary details. There are more than 25 individually milled lighting elements per side in the headlamps – an immense amount of work, even for a one-off. Each and every cell of the 3D-printed front grille has been refined and examined to ensure they all look perfect together.

The rear is dominated by an elegant rear light which, for the first time, features a single-piece surround with no joints. Six individual tailpipes serve as a nod to the car’s well-known template. A newly developed parametric design at the front and rear means the body parts appear to be sealed, but they are actually air-permeable.

The interior is entirely with grain leather in Havana Brown, basing its choice on the historical model. This natural material contrasts with specially polished and turned aluminium inlays in various locations on the centre console, the centre spine, and the doors. The driving modes can be changed by means of a sophisticated rosewood switch.

During development, every new part had to pass strict Bugatti testing and quality procedures, was measured, and was put through its paces time and again. Extensive simulations were followed by testing in the wind tunnel and on test benches, and then on test tracks and proving grounds covering the entire range of speeds. Modifications to the bodywork, cooling, thermodynamics, wheels, and wheelbase result in new balance which requires perfect coordination.

And what’s the price of having the only car of its type in the world? Bugatti says that it cost the customer 11 million euros (about RM55.1 million). Yes, you would have to be among that 0.003%…

Click here for more articles about Bugatti.

Czinger 21C hypercar ready to go into production with final spec confirmed

Czinger (actually pronounced ‘zinger’), the company that uses an in-house invented Human-AI (Artificial Intelligence) production system to build its vehicles, has unveiled the final production spec of its 21C hypercar. This is the first model in a series of exclusive performance vehicles – only 80 units – 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.

1:1 power-to-weight ratio
The latest version has significant updates since its first public introduction in March 2020 just before the cancelled Geneva International Motor Show. The changes include a revised width of 2050 mm. With 1,250 bhp and a dry weight under 1240 kgs, the 21C is said to achieve a true 1:1 power-to-weight ratio. All the power generated by the hybrid powertrain goes to the road via an all-wheel drive system and ultra-light, sequential 7-speed automated manual gearbox.

The hybrid powertrain, developed in-house, incorporates a 2.88-litre V8 petrol engine with twin turbochargers positioned mid-vehicle. It is supplemented by 2 high-output electric motors, each powering a front wheel with torque vectoring. The redline is at 11,000 rpm, and customers can also opt for an upgrade which will add another 100 bhp.

The 21C V8 is designed to use a range of fuels, including carbon-recycled methanol and other e-fuels. This will enable it to be run as a zero-emission vehicle.

Top speed of 450 km/h
The hypercar has a top speed claimed to be up to 450 km/h in optional low-drag vmax configuration. Putting the driver and passenger in the centre position for ultimate weight distribution, aero and driver engagement, its claimed 0 to 100 km/h is 1.9 seconds, with 0 to 400 km/h in 21.3 seconds. At 160 km/h, its aerodynamic features and design can generate 615 kgs of downforce, increasing to 2,500 kgs at 320 km/h.

Patented production system
The hypercar is designed, built, and manufactured in Los Angeles using advanced 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 unsprung mass and further driving the 21C’s dominating performance.

Both of the fully homologated specifications of the 21C can be highly customized, and it is unlikely that anyone will pay the base price of US$1.7 million (about RM7.01 million) for a standard model. When the prototype was unveiled over a year ago, the plan was to deliver the first cars in early 2021. However, the pandemic would have upset the development and production timetable and Czinger is not giving saying when it can complete the cars.

Czinger 21C hybrid hypercar – 1,233 bhp and 0 to 100 km/h in 1.9 seconds! (w/VIDEOS)

Bugatti Chiron Sport versus Dassault Rafale Marine (w/VIDEO)

Drag races between supercars and aircraft are rare and do not take place very often as it would not be easy to get permission, especially if such an exercise which uses military equipment like a fighter jet. But once in a while, a publication or manufacturer can get the permission to organise and Bugatti was able to do so recently.

The French carmaker was able to arrange for its Chiron Sport – which has a top speed of over 400 km/h – to challenge the Dassault Rafale Marine, a French fighter jet that can fly at more than Mach 1.6 or around 1,975 km/h.

Second duel with a jet fighter
The high-octane rendezvous between the two super machines took place at a naval base in the north-west of France. It was not the first time a Bugatti challenged a jet before; in 2007, a Veyron 16.4 took on a Eurofighter Typhoon in a drag race. In the latest duel, the Chiron Sport and the Rafale Marine would be measured up against one another in acceleration, torque and even braking behaviour.

It wasn’t a matter of turning up on the runway and taking off. There was an elaborate process taking many weeks of planning to even the most minute detail. “Precision and preparation are everything. Everything happens very quickly in the Rafale Marine and every move you make has to be right. And the same goes for the Chiron Sport at high speeds,” explained French Navy pilot Etienne. “At high speeds, everything has to go perfectly both in the Chiron Sport and the Rafale Marine. The runway isn’t all that long or terribly wide for the both of us. This comparison will be a challenge for everyone,” added Pierre-Henri Raphanel, who drove the hypercar.

This encounter with a jet was a first for Raphanel, a racing driver. “We may only be driving straight ahead on a runway but setting off alongside a jet demands a great deal of attention and concentration, especially at high speeds,” he explained. With the Chiron Sport, it is the combination of seemingly never-ending power output and torque – 1,500 ps and 1,600 Nm – that delivers incredible thrust.

The hypercar takes the lead
It wasn’t surprising that the 8-litre Chiron Sport had the lead soon after taking off. The hypercar accelerated from 0 to 100 km/h in 2.4 seconds and then reached 200 km/h after just 3.7 seconds. 13.1 seconds after leaving the start line, it was already at a speed of 300 km/h and the total time it took to reach 400 km/h was 32.6 seconds.

“I pulled away from the Rafale over the first few hundred metres, but after a few hundred metres more, it was around 20 metres above and alongside me in the air. An incredible and fantastic sight!” recalled Raphanel later.

For the aircraft, it was a different measurement: it passed 165 km/h after 150 metres and 210 km/h after 250 metres, and lifted off the runway after 450 metres at around 260 km/h.

Stopping from high speed
To be able to decelerate stably at high speeds, both machines use extra-special brakes. The Bugatti driver initiated his braking manoeuvre after approximately 1.5 kms, at which time it was doing over 350 km/h. The stopping power was provided by a powerful brake system with disks with a diameter of 420 mm at the front (with 8 pistons) and 400 mm at the back (with 7 pistons).

It takes the Chiron Sport 491 metres to come to a standstill from 400 km/h. It covers 114 metres when decelerating from 200 to 0 km/h. Due to the shortness of the runway and the safety regulations, the Chiron Sport braked at just 210 km/h and the Rafale Marine at 250 km/h.

To compare its braking performance with that of the Chiron Sport, the Rafale Marine approaches the runway at approximately 280 km/h, makes contact with the ground, and catches the arresting gear with its tailhook on the rear, just like on an aircraft carrier. The plane comes to a standstill within 150 metres. “It’s a very extreme sensation, as if you were driving into a wall or like a controlled fall,” said Etienne. The Chiron Sport brakes powerfully but with less abruptness. “With the air brake at the rear, the Bugatti remains incredibly directionally stable, even during abrupt braking manoeuvres down from high speeds,” explained Raphanel.

A Bugatti engine on your wrist

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