Bugatti All, page #11

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Jacob & Co. Bugatti Chiron Tourbillon puts a mini W16 engine in motion inside a watch

In early 2019, Bugatti ended its 15-year watch partnership with Swiss watchmaker Parmigiani Fleurier and inaugurated a new collaboration with New York watchmaker and jeweler Jacob & Co. — the latter firm once known for helping define the bling-bling era in American music. When announcing the new tie-up at the global timepiece showcase Baselworld in March last year, Jacob debuted two new limited-edition watches, both based on extant Jacob models. The $545,000 Twin Turbo Furious Bugatti Edition reworked the watchmaker's Twin Turbo Furious timepiece, and the $37,000 Bugatti Chrono Edition Limitee 100 Ans celebrated Bugatti's 110th anniversary and was based off Jacob's Epic X Chrono. Yet, as the partnership promised to push "the limits of what seems mechanically possible," a new and incredible watch would be needed, so Jacob spent a year developing this, the Bugatti Chiron Tourbillon. Behind its sapphire crystal there's an automaton suspended inside the case mimicking the movement of the Chiron's W16 engine.               View this post on Instagram                   [Sound On] Capturing the #Chiron. Ever since the first automobiles competed for the fastest laps and times, watches and cars have been inexorably linked. Car aficionados love watches, reveling in the mechanical precision, beauty, and performance of both. But watches could never capture the feel, energy, and power of a high-performance car engine.? ?? That is... until today. Introducing the new Bugatti Chiron 16 Cylinder Tourbillon from @jacobandco. #jacobandcochiron? .? .? .? .? .? .? .? .? #jacobandco #jacobandcowatches #hautehorlogerie #hautehorology #inspiredbytheimpossible #bugatti #bugattichiron A post shared by Jacob & Co. (@jacobandco) on Apr 8, 2020 at 7:59am PDT The animated engine serves no timekeeping purpose, it's there for show — and it's quite the show. Pressing the pusher crown at the base of the case sets the engine in motion for about 20 seconds; a stainless steel crankshaft milled from a single ingot pushes stainless con-rods and pistons inside a sapphire crystal block, and two spinning turbochargers can be viewed through a window on the side of the case. After three runs, the engine's barrel needs to be recharged by turning the center crown counterclockwise, then it's ready for another three goes.

Bugatti put three generations of legendary supercars into one photo

The modern era of Bugatti has seen dozens of special-editions, limited-editions, and bespoke one-offs, but the core of the company is defined by three models that have spanned the past three decades. The EB110 marked the '90s, the Veyron ruled the '00s and early '10s, and the Chiron dominated the end of the '10s into the present. Bugatti calls the trio the "Holy Trinity" and recently brought all three supercars together for a photoshoot in Dubai.  Against a backdrop of sweeping sands and a spiky skyline tipped by the Burj Khalifa tower, Bugatti placed a black EB110 next to black examples of a Veyron and a Chiron. It's an awe-inspiring sight, even in photos, though it is a bit strange to see the models dressed like they're going to a funeral rather than sporting any of the numerous iconic color schemes they've worn throughout the years.  Despite the 30 years between the EB110, and the Chiron, all three vehicles are built with the same three key components: a carbon-fiber monocoque, four turbochargers, and all-wheel drive. The technologies within these three pillars have drastically changed, but the idea of what makes a true super sports car has remained the same.  The EB110, which denotes Ettore Bugatti and his 110th birthday, debuted on his birthday, September 15, 1991, in Paris. It packs a mid-engined quad-turbo 3.5-liter V12 that has a 8,250-rpm redline. The lowest-powered EB110 had 560 horsepower, while the most powerful model made 611 horsepower. The EB110 claimed a zero-to-62-mph time of 3.3 seconds and a top speed of 218 mph.  The Veyron entered the scene for the 2005 model year. This time around, Bugatti slapped the four turbochargers on an 8.0-liter W16, and that engine makes a whopping 987 horsepower (1,001 PS). With the added power, the zero-to-62-mph time dropped to 2.5 seconds, and the top speed increased to 253 mph, and that was before more powerful variants were released. The Chiron, Bugatti's current model, debuted in 2016 and continued to build on the power and speed records its relatives had set before it. The Chiron carries on with a quad-turbo 8.0-liter W16, but it now makes 1,479 horsepower. It can sprint from a stop to 62 mph in 2.4 seconds, and in 2019, Bugatti used a Chiron to reach 304.773 mph, the fastest speed for a production car ever achieved.  To truly appreciate the greatness of these vehicles requires an in-person visit, but for now, photos will have to do. Check out the family photoshoot in the gallery above.

Filmmaker explains how to shoot a Bugatti Chiron accelerating to 248 mph

Bugatti set a world record in 2017 when a Chiron traveled from zero to 248 mph (400 kph) to zero in 42 seconds. It caught the record on film, but it has never revealed how it captured footage of a 1,500-horsepower car traveling at nearly four times the speed limit of an American interstate. Filmmaker Al Clark revealed his secrets in a video. It was clear from the beginning of the project that simply placing a GoPro on the dashboard and hitting "record" wouldn't have cut it. Bugatti wanted a feature-quality film that showed the car from many different angles, so Clark worked with some of the most talented names in the automotive film industry to make it happen. The scenes showing the Chiron from above were filmed using an Aerospatiale 355N Ecureuil helicopter because a drone would be too slow to keep up with the car, and it wouldn't be able to stay in the air long enough.  German studio Format67 provided a Caterham Seven transformed into a film car to capture some of the car-to-car footage. The crew also borrowed its hood to use as a shield against reflections during one of the photo shoots. It's quick and agile, so it's well suited to performing camera car duty, but it can't keep up with a Chiron. "I love real speed in shots. I think it's so important that the cars are doing something approaching their real speed, because when you start to speed up stuff everything looks wrong," Clark explained. Putting footage on fast forward wasn't an option, neither was attaching the camera to a cable and pelting it down the track. The answer was surprisingly simple: The crew used another Chiron as the camera car and launched them at the same time. The record was set on Volkswagen's test track in Ehra-Lessien, Germany, which is also where a 304-mph Chiron became the fastest car in the world in 2019. The main straight is long and smooth, so the footage captured was perfectly steady in spite of the head-spinning speed; Clark even chose to dial in a little bit of camera shake during the editing process. It wasn't perfectly in focus, though, because the camera filmed through the exhaust gases, and the system gets extremely hot when the quad-turbocharged, 8.0-liter 16-cylinder engine is giving its all. Juan Pablo Montoya, the courageous Indy 500-winning pilot who set the 2017 record, said "it was all quite easy." Clark's firsthand account confirms the same can't be said about capturing the feat on video. Related Video:       Bugatti Technology Gadgets Luxury Performance

No expense spared: Bugatti explains how it 3D-prints exotic metal parts

Bugatti deputy design director Frank Heyl told Autoblog his team doesn't balk at using the most expensive materials available, and he meant it. The company described how it 3D-prints titanium and alloy parts to save weight. Look closely at the back end of the 304-mph Chiron Super Sport 300+ or the agile Chiron Pur Sport and you'll spot 3D-printed titanium components. They're the intricately-designed covers installed over the exhaust pipes; they stick out from the carbon fiber diffuser. Each part weighs four pounds, which makes it 2.6 pounds lighter than the one fitted to the standard Chiron. It's one of the weight-saving measures Bugatti took to create both cars. Manufacturing the part requires firing up four 400-watt lasers that stack 4,200 individual layers of metal powder on top of each other while fusing them. The part is extremely thin in places but remarkably solid thanks to what Bugatti refers to as a "bionic honeycomb" structure, and it's capable of withstanding temperatures of up to 1,200 degrees Fahrenheit. That might sound like overkill, but keep in mind the cover is on the receiving end of a 1,500-horsepower, 16-cylinder engine. The exhaust system gets really hot, really quickly under heavy acceleration. Bugatti began using 3D printing in 2018, and now the Chiron Sport, the Divo, the one-off La Voiture Noire, and the Centodieci all use components made with 3D-printed metals. The part that covers the Sport's four visible exhaust tips (there are six in total) is notably manufactured using Inconel 718, a nickel-chrome alloy whose audial resemblance to a mid-engined model is purely coincidental; it's not a blend of molten Porsches. It's a material normally used in gas turbines, the blades attached to airplane engines, space ships, and even rocket engines. Making the cover takes several days. Engineers scan every part they produce with a computer tomograph to detect air bubbles that can get trapped between the layers during the printing process. If there are none, the part is blasted with a material named corundum, painted, and sent to the Bugatti Atelier in Molsheim, France, where it's checked yet again before it's installed on the car. Few exhaust tips have such a fascinating story to tell. "The advantage of the 3D printing process lies in the geometric shapes that are possible," said Nils Weimann, Bugatti's head of body development.

Here's today's round of auto plant closures in response to coronavirus

More automakers have shuttered factories, as businesses everywhere work to slow the spread of the Covid-19 coronavirus — and as the pandemic slows sales and disrupts parts supply chains. On Friday, the following closures were announced: • Volvo will close its factories in Sweden and the United States from March 26 to April 14. Volvo's U.S. facility, in Charleston, South Carolina, makes the S60 sedan. Its assembly plant in Torslanda, Sweden, turns out the XC90, SC60, and V90. Other Swedish facilities make engines and component parts. A Volvo factory in Ghent, Belgium, that builds the XC40 and V60 closed earlier this week and is expected to remain offline until April 6. Volvo's four factories in China have been reopened after a shutdown earlier this year. • Jaguar Land Rover announced that it will suspend production at its assembly plants in the UK over the coming week. The shutdown is expected to last until April 20. Elsewhere, production continues at the company's factories in India and Brazil, and JLR's joint-venture plant in China reopened at the end of February. • Bentley is closing its factory in Crewe, England, for four weeks, effective today. • Bugatti has put its atelier in Molsheim, France, on hiatus. No date was given for when assembly of its supercars might resume. • Mercedes-Benz on Monday will shut down its SUV factory in Alabama and its van assembly plant in South Carolina. Both will remain closed for a minimum of two weeks. Tesla yesterday revealed that it will suspend operations at its Fremont, California, vehicle assembly plant next week, on order from local officials there. Yesterday's factory closure announcements also included the U.S. assembly plants for Toyota (until April 6), Volkswagen (through March 29), Subaru (through March 29), and Hyundai (no time period specified). They join GM, Ford, Chrysler, Honda, Nissan, and Harley-Davidson, which earlier this week announced the suspension of production at their facilities. Plants/Manufacturing Bentley Bugatti Jaguar Land Rover Mercedes-Benz Volvo coronavirus

Coronavirus prompts VW to stop production throughout Europe

FRANKFURT — Volkswagen Group, the world's biggest carmaker, is suspending production at factories across Europe as the coronavirus pandemic hits sales and disrupts supply chains, the company said on Tuesday. The German carmaker, which owns the Audi, Bentley, Bugatti, Ducati, Lamborghini, Porsche, Seat and Skoda brands, also said that uncertainty about the fallout from coronavirus meant it was impossible to give forecasts for its performance this year. "Given the present significant deterioration in the sales situation and the heightened uncertainty regarding parts supplies to our plants, production is to be suspended in the near future at factories operated by group brands," Chief Executive Herbert Diess said on Tuesday. Volkswagen's powerful works council concluded it was not possible for workers to maintain a safe distance from each other to prevent contagion and recommended a suspension of production at its factories from Friday. Production will be halted at VW's Spanish plants, in Setubal in Portugal, Bratislava in Slovakia and at the Lamborghini and Ducati plants in Italy before the end of this week, Diess said. Most of its other German and European factories will prepare to suspend production, probably for two to three weeks, while Audi said separately it would halt output at its plants in Belgium, Germany, Hungary and Mexico. Volkswagen's vast factories in Chattanooga, Tennessee, in Puebla, Mexico, and plants in Brazil were not affected, but that would depend on how the coronavirus spreads, VW said. Volkswagen has 124 production sites worldwide of which 72 are in Europe, with 28 in Germany alone. "2020 will be a very difficult year. The coronavirus pandemic presents us with unknown operational and financial challenges. At the same time, there are concerns about sustained economic impacts," Diess said.   Production in China resumes Volkswagen Group sold 10.96 million vehicles last year, putting it ahead of Toyota based on the latest figures from the Japanese carmaker. Globally, VW employs 671,000 people and it delivered 4.86 million vehicles to European customers in 2019. Only last month the car and truck maker based in Wolfsburg, Germany, predicted that vehicle deliveries this year would match 2019 sales and forecast an operating return on sales in the range of 6.5% to 7.5%. "The spread of coronavirus is currently impacting the global economy. It is uncertain how severely or for how long this will also affect the Volkswagen Group.

Bugatti Chiron Pur Sport: born to speed (and drift) through the twisties

Bugatti made automotive history in 2019 when it built a long-tail variant of the Chiron that was still accelerating when it smashed through the 300-mph barrier. With the speed record broken and set, the French company wants to prove it also knows a thing or two about handling with a new Chiron version named Pur Sport. "It's a lot of little details that add up to a very different driving experience. You immediately feel the car is nimbler and more agile," explained Frank Heyl, the company's deputy design director, in an interview with Autoblog. Heyl's team worked directly with Bugatti's engineering department to create a front fascia with wider air intakes, a redesigned splitter, and a bigger grille. Out back, it's impossible to miss the 74-inch long wing that unlocks quicker cornering speeds by adding downforce. Below it, a pair of exhaust tips 3D-printed in titanium are integrated into a taller air diffuser made with carbon fiber. There's no way to miss the Pur Sport if it passes you on the highway. The rear wing is fixed, and its mounts form an X-shaped insert. Heyl told us Bugatti deliberately sent the Chiron's hydraulically-operated spoiler back to the parts bin to save as much weight as possible. It shaved a total of 110 pounds, which is far more impressive than it sounds. "You have to consider this: we've done everything we could to save weight on the base Chiron. We've put the most expensive materials inside this car, and used the most expensive solutions already. To gain another [110 pounds] was quite a challenge," he pointed out. The wheels received attention, too, and we're not just talking about the design or the -2.5 camber angle. "[The two rings] suck air from the inside of the wheel to the outside, which creates downforce and improves the brake cooling by increasing airflow through the wheel," Heyl explained. The 20-inch front and 21-inch rear wheels are made of magnesium to reduce unsprung mass by 35 pounds, and they're wrapped by Bugatti-exclusive Michelin Sport Cup 2 R tires manufactured with a stickier compound. All told, the tweaks made at the Chiron's four corners increase its lateral acceleration by 10%. Heyl's equation is beginning to add up. Alcantara upholstery largely replaces leather in the cabin. It's lighter, and it does a better job of ensuring the driver's butt doesn't slide around when racing up a mountain road.

Bugatti Chiron Sport Edition Noire Sportive marks the production halfway point

For Bugatti, possibly only for Bugatti, a 1,479-horsepower coupe with a quad-turbocharged 8.0-liter W16 is just the starting point. Bugatti unveiled the Chiron in 2016 with the intent of building 500 examples, and four years later, 250 units and numerous extraordinary limited-editions have been crafted. To mark the occasion, Bugatti will show No. 250, a Chiron Sport Edition Noire Sportive, at the 2020 Geneva International Auto Show, where it all began. Near the end of 2019, Bugatti announced two new blacked-out Chirons, one called the Chiron Noire Elegance and the other called the Chiron Noire Sportive. The Elegance model exhibits a reflective gloss, while the Sportive has a muted matte exterior. Backing up the Noire designation, the Sportive model goes completely black, with nearly nothing left to show off any sort of metallic sparkle. The Elegance, however, looks a bit more dressed up with aluminum and silver accents. Both feature Noire script graphics, including on the underside of the rear wing. The Noire models are limited to 20 examples total, and No. 250 will surely be one of the most interesting of the bunch. The Noire Elegance and Sportive follow in the footsteps of Bugatti's (and the world's) most expensive release, the Bugatti La Voiture Noire. A coachbuilt homage to the Bugatti 57 SC Atlantic, the La Voiture Noire reportedly cost more than $18 million, with fees and taxes factored in. It was limited to only one example, and it was only one of numerous special launches that spawned from the Chiron. In addition to the base Chiron, Bugatti has also released the lighter and sharper Chiron Sport, on which the car seen here is based. Then there was the Chiron-based Divo "for the bends," and then came the Chiron Super Sports 300+ to honor the car that broke the 300-mph barrier. Other special editions included the 110 ans Bugatti Chiron to honor the company's history and the Bugatti Centodieci that honors the Bugatti EB110 supercar. So much honor. For only having one car in its lineup, Bugatti sure has made a lot of different vehicles, and we recently found out it could have been more. In an Autoblog exclusive, we learned Bugatti also planned two never-before-seen coupes that would have been marketed alongside the Chiron. Unfortunately, they never made it through to see production. With 250 produced, only 250 remain, and their availability is getting increasingly more scarce.

Out with the clay, in with the VR: Bugatti's design studio is all digital

Bugatti recently unveiled three limited-edition, multi-million-dollar Chiron derivatives in less than a year, a Herculean task for such a small company. Achim Anscheidt, the head of the firm's design department, told Autoblog maintaining this pace wouldn't have been possible without the use of virtual reality technology. "We have the feeling we don't need clay anymore. With VR, we can do everything on the spot. We can sit next to each other and talk about the car, we can change the wheels, change the color, and sometimes make modifications on the spot," he explained. In comparison, using clay has several disadvantages. It's more difficult to tell how sunlight reflects off the body, for example. It's also more expensive and far more time consuming. "It's only through [VR] that we had the chance to develop the Divo, the La Voiture Noire and the Centodieci in such a rapid amount of time," he affirmed. The team in charge of designing the EB110-inspired Centodieci notably began the project about six months before the car made its public debut at the 2019 edition of the ritzy, champagne-soaked Pebble Beach Concours d'Elegance held on California's picturesque Pacific coast. While VR isn't new, the technology wasn't advanced enough to replace clay in a styling studio until about 2016. Anscheidt hasn't looked back; going all-digital reduced the amount of time it takes to design a car by about 40%. This isn't a case of robots replacing humans, either. Bugatti still needs talented designers, and the number of people it assigns to each project hasn't drastically changed, but they now work differently than in the past. View 40 Photos And, the widespread use of VR in Bugatti's design department doesn't mean its cars are no longer drawn by hand. Anscheidt explained every project still starts with a series of sketches that allow designers to explore different directions and identify the one they want to take the car-to-be in. Here again, digitalization plays a substantial role. Early sketches are sometimes done on a tablet rather than on a piece of paper. "Of course, when [deputy design director] Frank Heyl and I go to lunch, we still sketch on napkins," he said with a smile. Knowing how to use 3D-modeling and VR is only one of the skills Anscheidt looks for when hiring new designers.

Bugatti Vision Le Mans designer's concept is ion-powered

Bugatti hasn't raced since the middle of the 1990s when Romano Artioli, its former owner, built an EB110 for the IMSA GT series and converted a second example to Le Mans specifications. The company is not actively planning a return to the track, don't expect to see a Chiron compete in 2020, but it still embraces its vast motorsport heritage, so one of its youngest designers dedicated his thesis to exploring what form a comeback could take. The Vision Le Mans concept shown in renderings puts a forward-thinking spin on the Type 35. Max Lask, a talented student who recently graduated from the Brunswick University of Art in Germany, explained his goal was not to create a retro-styled racer. That would have been too easy. Instead, he wanted to design a car that would be as advanced in 2050 as the Type 35 was when it made its debut at the 1924 Grand Prix of Lyon. There's a futuristic interpretation of Bugatti's horseshoe-shaped grille up front, but that's where the similarities between the Vision Le Mans concept and current members of the automaker's range end. The rest of the car is an ode to the principles of aerodynamics. Every wing, vent, fin, and scoop serves a specific purpose. Speculating what Le Mans-bound race cars will run on in 2050 required intense mental gymnastics. Motorsport is often at the forefront of innovation, so even 2020's most advanced technologies will look comically obsolete in 30 years. To that end, Lask envisioned a powertrain that runs on ions — and not the Saturn kind. It sounds far-fetched, but spacecraft already use xenon ion thrusters, and MIT successfully tested an ion-powered plane, so the technology exists. In his thesis, Lask opined it could sooner or later trickle down to the automotive industry. Bugatti stressed the Vision Le Mans concept is a one-off project Lask created to complete his design program, and it's not a preview of an upcoming model. While the French company is rooted in racing — the aforementioned Type 35 earned over 2,000 victories between 1924 and 1930 — the Circuit de La Sarthe isn't currently on the company's radar. Related Video: