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Lamborghini Huracan STO Road Test: If death metal was a car

MALIBU, Calif. — If heavy death metal music were a car, it would be the Lamborghini Huracan STO. This is not your run-of-the-mill Lamborghini. It doesnÂ’t have all-wheel drive. The floor and doors are essentially bare carbon. It has a complex clamshell front end/hood you manually open with a plastic prong — under it, thereÂ’s barely room for a racing helmet. There are only three drive modes, a pittance for a modern supercar. A super-low, zero-forgiveness full carbon fiber front bumper/splitter is fitted that will torment your mind on every grade change. Its dry weight (the only one Lamborghini quotes) is only 2,942 pounds. That last bit — its low-for-a-Lambo weight — is the secret ingredient in what makes this STO drive like a special machine. Forget any stereotypes you may have about todayÂ’s Lamborghinis being the porky, easier-to-drive Italian supercar. The STO is pure, old-school Lambo. It looks those preconceived notions in the face and slaps them aside as quick as the 5.2-liter V10 can rev to its 8,500 rpm redline. That is, very, very quickly. The death metal begins as soon as you drop into the carbon buckets. In proper race car fashion, there are no traditional grab handles on the bare carbon door. Instead, a flexible piece of fabric is fashioned as a pull, and it works quite well. Getting out could be confusing for those new to track-focused machines like the STO, as the red strap suspiciously poking out of the door is actually a handle that you pull to activate. Adjusting the seat is all manual work — every extra electric anything would just add weight.  YouÂ’ll quickly learn that thereÂ’s a reason carpeting is the floor material of choice for every car out there, as the optional $4,600 carbon fiber floor mats optioned on this STO make for a SlipÂ’N Slide-themed pedal box. It can be acclimated to (your shoe choice has never mattered more), but good old-fashioned carpeting canÂ’t be beat. Everyday functionality was the last thing on LamborghiniÂ’s mind when creating the STO, though. One quick look at the rearview mirror makes this abundantly clear. While youÂ’ll see flashes of trailing traffic in between the louvers of the STOÂ’s engine cover, this design largely limits rearward visibility to the side mirrors. And before you ask, no, it doesnÂ’t have blind-spot warning.

Watch the Lamborghini Sesto Elemento used as a commuter car

Lamborghini never homologated the limited edition Sesto Elemento for the road, but this guy threw caution to the wind by taking the track-only sports coupe on the highway. He even recorded the high-speed blasts on video and had a Rolls-Royce along as a posh camera car. Lamborghini made just 20 examples of the Sesto Elemento, and they sold for 2 million euros each, which equaled $2.8 million at that time. The powertrain was the 570-horsepower V10 and all-wheel drive system from the Gallardo LP570-4 Superleggera, and Lambo made extensive use of carbon fiber for the special coupes, which cut the weight to just 2,200 pounds. The company claimed they could sprint to 62 miles per hour in only 2.5 seconds and reach a top speed of 198 mph. This driver was clearly very excited to show off the copious power from the limited edition Lamborghini, but he might have had a better time at the track. That is where Lamborghini means for the Sesto Elemento to play, and there would be no worries about the authorities potentially confiscating his rare ride. Related Video:

Lamborghini says handling, not flat-out speed, is the new benchmark

Speed has played a significant role in defining Lamborghini's image since the brand's inception in 1963, but the type of velocity it aims to achieve is changing direction. One of its top executives opined that handling, not 0-60-mph times or maximum speed, is the new benchmark in the supercar segment the company calls home. Francesco Scardaoni, the head of the Italian company's Asia-Pacific operations, explained achieving the quickest possible sprint from 0-60 mph and the highest possible top speed used to be what defined a Lamborghini. Rivals aimed to rule the chart, too, so exotic brands spend decades taking turns trying to outgun each other by shaving a tenth of a second from — or adding a few miles per hour to — their respective times. EVs moved the goalpost in the 2010s, according to Scardaoni, because their powertrain develops maximum torque right away. "If you go back to 10 years ago, probably when we were asked the parameters to measure a car with we would say top speed, acceleration, and then handling. Top speed then became a secondary measure, and acceleration the first one. Now, basically [with electrification] is no more that important. because it's quite easy for those kind of power units to have amazing results in acceleration," he explained in an interview with Car Advice. Exemplified by the Huracan STO introduced in 2020, the shift represents a dramatic about-face for the engineering team led by Maurizio Reggiani. Speed is easy to quantify; if we tell you that a Bugatti Chiron takes 2.4 seconds to reach 60 mph from a full stop, or that it maxes out at 304 mph, you know exactly what it can do. Handling, on the other hand, is difficult to put a number on. Gs on a skidpad is one measure, but that's only a small part of the handling equation. There's no unit of measurement that describes how a Divo feels on a winding Sicilian road. Scardaoni hinted that focusing on handling is a way to keep exotic supercars relevant in the coming years. Electric hypercars are ostensibly on their way, including the Rimac C_Two and the Pininfarina Battista. Closely related, both allegedly take under two seconds to sprint from 0-60 mph thanks in part to a 1,900-horsepower drivetrain, yet they weigh approximately 4,300 pounds; they're heavier than a Mercedes-Benz S-Class. Neither are in the same league as, say, the Huracan, but they're good examples of the pros and cons of electrified performance.