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2018 Lamborghini Huracan Performante Spyder First Drive Review | Cheating the wind

NAPA, Calif. — A long, fast, right-hand sweeper appears a few hundred feet ahead, but I don't tap the brakes. Instead I decide to trust the aerodynamics. And when the Lamborghini Huracan Performante Spyder slices through corner after corner with zero drama, the smile that naturally occurs when driving something so potent gets incrementally more maniacal. From behind the wheel, the driver can't see what's happening with the front splitter and rear wing. All the action takes place underneath the wedge-shaped bodywork. Electric actuators open and close air pathways that either push the Performante Spyder into the ground for the best possible cornering performance, or cancel out that drag-inducing downforce so that the car can accelerate as quickly as possible and hit a higher maximum speed. I have good reason to put faith in Aerodinamica Lamborghini Attiva, which I'll henceforth and mercifully shorten to its initials ALA — a system we've already experienced on our first and second drives of the Performante Coupe. I'd been given the full rundown on the bits and pieces of forged composite that make it all work, the most impressive of which allow aero vectoring from the wing to apply downforce only to the rear tire that needs it most. But it wasn't until I was behind the wheel on a particularly twisty ribbon of asphalt outside of Napa, California, that I was able to put ALA to the test. I progressively took corners faster, building up speed and pushing myself harder into the grippy bolsters of the Alcantara seat. The Performante Spyder stayed as flat as the plains of Kansas, and never gave one hint of breaking traction from the front or the rear. Straight-line acceleration is just as impressive. Yes, at 3.1 seconds, the Spyder is .2 seconds slower to 62 miles per hour than the Performante Coupe. Unless you're racing for pink slips, that's imperceptible and meaningless in the real world. Keep the throttle pinned and you'll hit a top speed of 202 mph, which matches that of the Coupe. What those numbers don't tell you, though, is how it actually feels to lunge forward with all-wheel-drive traction from a dead stop and sense no slowdown in the rate of acceleration until you're too scared to keep your foot planted any longer. I suggest keeping your head pressed firmly against its rest before trying for yourself. The naturally aspirated V10 engine sitting directly behind the passenger compartment spins out 640 horsepower and 443 pound-feet of torque.

Watch 14 hot rides take over concept car lawn at Pebble Beach

The Pebble Beach Concours d'Elegance is an annual celebration of the beautiful, old cars that grace Monterey Car Week. But Monterey – and Pebble – features lots of newer metal, too, and that includes the concept lawn at Pebble Beach. Now, "concept lawn" isn't a totally accurate name anymore, and you'll see why in the list below. This year especially, plenty of production cars can be found in the area once reserved for the conceptual. Still, we're happy to see them. Here's what's featured this year: Alfa Romeo 4C Spider Audi R8 BAC Mono Bentley EXP 10 Speed 6 BMW 3.0 CSL Hommage R Buick Avenir Galpin-Fisker Rocket Speedster Hyundai HCD-16 Vision G Coupe Icona Volcano Infiniti Q60 Lamborghini Asterion LPI 910-4 Maserati Ghibli McLaren 570S Rolls-Royce Wraith By our count, that's seven concepts out of fourteen cars. But it still makes for one hot group of metal. Check 'em out in the gallery above. Related Video: Related Gallery 2015 Pebble Beach Concept Car Lawn View 38 Photos Image Credit: Copyright 2015 Drew Phillips / AOL Design/Style Alfa Romeo Audi Bentley Buick Infiniti Lamborghini Lincoln McLaren Porsche Concept Cars Videos Original Video Pebble Beach

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.