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Lamborghini previews the Aventador's hybrid, 1,001-hp successor

Lamborghini is nearly ready to introduce the Aventador's long-awaited successor. Referred to as the LB744, the company's next flagship model adopts a gasoline-electric hybrid powertrain that's built around a new, naturally-aspirated V12 and rated at about 1,000 horsepower. We'll need to be patient to discover the model's exterior design, but Lamborghini provided us with a very good idea of what the specifications sheet looks like. The system's centerpiece is a mid-mounted, 6.5-liter V12 that eschews forced induction — the company has previously made it clear that it wants to keep the naturally-aspirated 12-cylinder alive for as long as possible. While the Aventador was V12-powered as well, it sounds like the mechanical similarities between the two cars end there. In the upcoming LB744, the engine is bolted to an eight-speed, dual-clutch automatic transmission that's mounted transversely behind the engine instead of longitudinally directly in front of it. The company will need to find a new name for the transmission tunnel: it now houses a 3.8-kilowatt-hour lithium-ion battery pack. The electricity stored in it zaps three electric motors: one is integrated into the transmission, while the other two are each assigned to one of the front wheels. This layout delivers through-the-road all-wheel-drive, so there's no mechanical connection between the axles, and it allows the LB744 to drive on electricity alone for short distances. The configuration also provides a torque vectoring function for sharper cornering. Lamborghini pegs the system's total output at 1,015 metric horsepower, which represents approximately 1,001 horsepower measured in U.S. terms. The bulk of the cavalry comes from the V12; it's billed as the lightest and most powerful 12-cylinder that Lamborghini has ever made and it develops about 813 horsepower at a screaming 9,250 rpm (that's 250 rpm short of its redline). Maximum torque checks in at 535 pound-feet. We haven't heard the new engine yet, but Lamborghini stresses that it went to great lengths to give it an exhaust note worthy of a supercar. More details about the LB744 will emerge in the not-too-distant future. Related video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.

Is it possible to cook a turkey with a Lamborghini Aventador?

Is it possible to cook a turkey with a Lamborghini Aventador? The answer is quite likely no, but it sure is fun to watch YouTube's supercar videographer extraordinaire Shmee150 give it a whirl. The supercar fanatic got a hold of an Aventador tuned by Oakley Design - and dressed up like Rudolph the Red-Nosed Reindeer - to see if the car's two-foot exhaust flames could cook his Christmas turkey.
We'll let you be the judge of the effectiveness of this cooking style, but whether it does the job or not, as far as enthusiasts like us are concerned, it sure beats the oven or deep frier. Scroll down to watch the flame-throwing Lamborghini in action, along with another bonus video from Shmee150 where he picks the turkey up from the store in an Audi R8 Spyder.

Dad 3D-printed a Lamborghini because his son liked one in Forza

Sterling Backus's son only had one question after he drove a Lamborghini Aventador in the XBOX video game Forza: Can we build one? Most dads would respond with a chuckle and some quip about winning the lottery. But not Backus, whose day job is laser physicist. Backus responded, "Sure," and he meant it. As of this week, the replica is capable of driving under its own power. Backus, the chief scientific officer at KMLabs in Boulder, Colorado, and his 11-year-old son dubbed the project "Interceptor," and the build has a budget of about $20,000. Backus hand-built the steel chassis and pulled an LS1 V8 from a Corvette for power. He found the panel layouts through online design community GrabCAD, and then he modified them for 3D printing.  But he ran into a problem: The 3D-printed plastic would melt in the sun. So, he decided to incorporate carbon-fiber encapsulation (shown below), in which he wraps the parts and covers them in epoxy. Piece by piece, he assembled the shape of the supercar using a Creality CR-10 105 desktop 3D printer that he got for about $900 from Amazon. The front brake air intake alone is said to have taken 52 hours to complete. Additional cool features include a gated shifter, functioning lights, and scissor doors.  One of the fun aspects of the whole story is that Backus admits he had some learning to do when it came to the art form of additive engineering. So, he turned to the same place everybody else goes these days: YouTube. The physicist joked that he went to YouTube University and learned by watching videos.  With the end of the project in sight, Backus says he wants the final product to serve as an educational tool for Science Technology, Engineering, Art, and Mathematics (STEAM) programs.  "The intent is to take the car to local schools to show kids how cool technology can be," the project's Facebook page says.  In the words of Jesse Pinkman, "YEAH SCIENCE!"  This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings.