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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.

Deadmau5 orders Nyanborghini Purracan to replace departed Purrari

EDM DJ and producer Deadmau5 is unusual among car collectors for a few reasons, like the fact that the Canadian native didn't get his driver's license until he was 32 - about two years ago and well into fame - so his first car was a Porsche 911 Carrera RS. Elsewise, his garage contains a BAC Mono, a McLaren P1 and 650S, a Range Rover, a "custom Jeep Rubicon with an SRT engine and big suspension," and a daily driver Bentley Continental GT Supersports. There is also that controversial and now-unwrapped Ferrari 458, the Nyancat Purrari with custom badging that so incensed Ferrari they sent him a cease-and-desist letter. After the kerfuffle, Nissan teased Deadmau5 with the idea of a Nyancat GT-R, but the musician has tweeted the the replacement is going to be a Lamborghini Huracan called, naturally, the Nyanborghini Purracan. Deadmau5 tweeted the delivery date is in May, so all you other Toronto-ites, you have until summer to prepare yourselves for this guy patrolling the streets. Oh, Canada... News Source: Deadmau5 via Twitter [1], [2], Jalopnik Celebrities Design/Style Lamborghini Coupe Luxury Performance Supercars

Lamborghini LB48H hypercar due next year: You might even say it glows

We know there's a hybrid Lamborghini Aventador successor coming sometime between 2020 and 2022. Due to deleted Instagram posts and a fissures in the rumor-verse, we expect a hypercar codenamed LB48H to preview the next electrified V12 Lamborghini. Autocar reports the next model in the Italian carmaker's series of low-volume specials will cost about $2.6 million, making it just another walk in the hypercar park as for price. The weird part is where Road & Track, referencing "a source familiar with Lamborghini's plans," says the LB48H will glow in the dark. The source didn't elaborate, so not even RT knows what that means. The Lamborghini Terzo Millennio concept from 2017 revealed a smattering of Tron-like light sculpture in its launch video. The wheels and engine bay glow, illuminated Italian flag graphics mark the front fenders, LED piping runs down the centerline. But lights don't come under the traditional definition of "glow in the dark." If the LB48H really does sport some kind of overall incandescence, well, we're about to enter a new chapter in hypercars. Other questions remain about how the LB48H will preview the future of Sant' Agata. The company's head of R&D has bemoaned the weight of batteries, admitting that the best-case scenario for the coming series-production hybrid V12 flagship means an additional 330 to 440 pounds. It's thought that the hypercar will use supercapacitors instead of batteries, providing a lightweight solution that would also showcase future technical potential. The all-electric Terzo Millennio employed nascent supercapacitor tech Lamborghini has been developing with MIT. That solution's upside is lighter size and weight compared to batteries, longer service life, a supercapacitor's fast charge and discharge ability, and the fact that it can discharge and recover energy at the same time. The downside is that supercapacitors have low energy density compared to lithium-ion batteries, so it's possible the LB48H could use a battery and a supercapacitor to work a 49-horsepower motor aiding an 789-hp V12. The production V12 is expected to get a more mundane solution. Lamborghini's looking ahead to cities mandating a minimum all-electric range up to 31 miles. One idea in play is a split hybrid layout, with an electric motor in charge of the front axle. That eliminates a prop shaft, and sharpens front axle response and torque vectoring.