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Bugatti favoring Veyron replacement over Galibier sedan

Following up on the Bugatti Veyron must be no easy feat. After all, how is anything supposed to go on stage after a groundbreaking supercar with sixteen cylinders, four turbochargers and as much as 1,200 horsepower?
Evidently, settling on a successor to the Veyron has been a daunting endeavor even for Bugatti, which has, over the past few years, been reported to be considering either a new hypercar to fill the Veyron's shoes, a super-sedan to chart a different course, or possibly both. But now the storied Alsatian marque is said to have finally taken the Galibier off the table.
This according to our old friend Jonny Lieberman over at Motor Trend, who spoke with Wolfgang Schreiber - the engineer behind the Veyron and Bugatti's current chief executive. Apparently, MT reports, there just isn't a market for a super-luxe performance sedan above the Rolls-Royce Phantom or the Mulsanne offered by Bugatti's sister brand Bentley. Which is a bit of a shame, but where does that leave Bugatti as production winds down on the Veyron in all its many iterations?

Bugatti transmission order means Veyron may last well into 2014

Bugatti has reportedly extended its order for the unique seven-speed dual-clutch gearbox in the Veyron through 2014. Originally, the automaker had only maintained a contract for the transmissions through the end of 2013. Rumors have been swirling around the possibility of a new iteration of the Veyron in the works capable of dropping a 1.8-second 0-60 time. It's entirely possible the new transmission order could be used in that contraption, though Bugatti isn't saying one way or the other.
The transmission is used only in the Veyron and has been engineered to withstand a full 1,200 horsepower by Ricardo. With shift times of less than 150 milliseconds and both automatic and manual modes, there's no other transmission like it in the world. Of course, they don't come cheap. Toast one of these and Bugatti will kindly ask for $120,000 for a replacement, not including installation.

Bugatti Bolide weighs less than a Subaru BRZ and has over nine times the power

Since rising from its ashes for the second time in 1998, Bugatti has specialized in creating cars that are as fast and powerful as they are luxurious. And yet, competition — where luxury is superfluous — is a big part of its DNA. It renewed ties with its racing heritage by building a track-only two-seater around its mighty 16-cylinder engine. Bugatti proudly calls the Bolide — which means "a very fast car" in French — the fastest and lightest concept it has ever built. Concept is the key term here; the Bolide is a one-off, and it has not been approved for production yet. It's proof of concept that illustrates what a modern-day successor to the victorious Type 35 could look like. Stephan Winkelmann, the head of Bugatti, said driving the Bolide is "like riding a cannonball." Do you remember the 0.67 figure the company mysterious floated? That's the car's power-to-weight ratio, which was achieved using the kilogram-per-Pferdestrke formula used in Europe. It tips the scale at 2,734 pounds dry, and it has 1,824 horsepower. Put another way, it weighs slightly less than a Subaru BRZ, but it has over nine times the power. Unlocking the full cavalry requires feeding the quad-turbocharged, 8.0-liter W16 engine 110-octane race fuel. Its output checks in at 1,600 horsepower (a figure that's on par with the limited-edition Centodieci's) when it burns 98-octane gasoline, which is dispensed at virtually every pump across Europe. Computer simulations suggest that the Bolide's top speed lies somewhere north of 310 mph, and that it can lap the Nurburgring track in 5:23.1. Although the W16 is closely related to the unit that powers the Chiron, it received a number of modifications that reflect the fact that the Bolide was not designed for street use. It develops 1,364 pound-feet of torque thanks in part to four newly-developed turbochargers. Its intake and exhaust systems are derestricted to let more air travel through, and the oil system has been revised to cope with the high centrifugal forces experienced on the track. Created in eight months, the Bolide benefits from an array of weight-saving techniques, including some not found in production cars. All of the screws and fasteners used to build it are made with titanium, for example. The auxiliary drive shafts are manufactured using a blend of carbon fiber and 3D-printed titanium. Aerodynamic innovations are part of the package, too.