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Bugatti won't drop piston-powered cars under Rimac ownership

Volkswagen solved its Bugatti problem by merging the French carmaker with Croatia-based Rimac. Both companies will face the regulatory challenges of the 2020s together, but hastily putting the Chiron out to pasture and lazily resorting to badge engineering isn't an option, according to the man in charge of the newly-formed group. "I'm a car guy. We will not just recycle what we have — not restyle the Chiron or hybridize the Chiron. We're developing a completely new product from the ground up. Everything, because we think that's the best way to go. That product will have an internal combustion engine," said Mate Rimac in an interview with Auto Express. In a separate interview with Autocar, he added that "what some people expect might happen is that we take a Nevera and slam a Bugatti logo on it and call it a Bugatti." He stressed "that's absolutely not going to happen." Whether that internal combustion engine will be the thunderous W16 that powers the Chiron, among several other cars, remains to be seen. Rumors occasionally puff out of the auto industry's chimney claiming the unit will retire when the Chiron does. Regardless, an internal combustion engine won't power Bugatti's next models on its own. Hybrid technology will gradually appear to increase horsepower and acceleration times while improving fuel efficiency. Of course, the whole point of putting Bugatti under Rimac's roof is to give the former access to the latter's electric technology. Some degree of technology transfer is inevitable, though the partnership may take time to bear fruits. "I'll say that, within this decade, there will be a fully electric Bugatti. But, by the end of this decade, there will be combustion-engined Bugatti models as well, but heavily hybridized," Mate Rimac said. While "Bugatti is going electric" is likely to be the main takeaway, Rimac's comments also confirm that a multi-model range is in the pipeline. Auto Express speculated one way Bugatti could credibly expand beyond the hypercar segment is to release a sedan. Finally, Rimac played down concerns that Bugatti and Rimac will ultimately overlap. "Bugatti is about heritage and craftsmanship; Rimac focuses on technology. It's like Bugatti being an analog Swiss watch, and Rimac cars being an Apple watch," he said. "We can have two parallel, very distinct product lines." Related Video:

1 of 3 Bugatti EB112 super-sedans built is for sale

Bugatti has never strived to achieve volume, but some of its cars are rarer than others. One is the EB112, an obscure fastback-like sedan envisioned as a follow-up to the EB110, canned when the firm collapsed in 1995, and resurrected by a third-party company in the late 1990s. Historians agree that three examples of the EB112 were built, and the second one has been listed for sale by a dealer in Germany. Presented as a concept at the 1993 edition of the Geneva auto show, the EB112 represented one of the ways that Italian entrepreneur Romano Artioli hoped to breathe new life into the storied French carmaker. It took the form of a large, four-door super-sedan with an aluminum body and a naturally-aspirated, 6.0-liter V12 tuned to send about 460 horsepower to the four wheels via a five-speed manual transmission. It offered passengers an interior that was luxurious without being over-the-top. In short, the modern-day Royale had arrived. Bugatti quoted a 0-62-mph time of 4.3 seconds, which was remarkable considering the era and the car's weight, and a top speed of 186 mph. Orders started coming in, but Bugatti filed for bankruptcy in September 1995 and the project was canceled. It closed its factory in Campogalliano, Italy, leaving behind 128 examples of the EB110 and one EB112, but the story doesn't end there: two additional EB112s were left partially assembled inside the so-called Blue Factory. Gildo Pallanca Pastor bought some of the company's assets and asked the Monaco Racing Team to complete the unfinished cars, according to dealer Schaltkulisse. The car that it's selling is the first one of those. Schaltkulisse notes that chassis number 39002 was ordered on April 27, 1993, by Bugatti's Swiss importer and delivered in February 2000. It has been registered in Geneva since 2003 and its odometer displays around 3,900 kilometers, which represents approximately 2,500 miles. It's presented as a one-owner car that's still powered by a front-mid-mounted 6.0-liter V12. Pricing is only available upon request, but don't expect this fascinating part of Bugatti's multi-faceted history to come cheap. We wouldn't be surprised if it costs more than a new Chiron. Related Video:

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.