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2016 Lamborghini Huracan LP 580-2 First Drive [w/video]

The most enjoyable – not necessarily the "best" or "fastest" – driving machines permit latitude with their exactitude, using ruthless precision to support a driver's personal style instead of smother it. Very few cars get it right. The Porsche 911 GT3 is one that does. Add the Lamborghini Huracan LP 580-2 – the new rear-wheel drive variant of the all-wheel drive Huracan LP 610-4 – to the short list. To get a sense of how the rear-drive car stacks up, let's revisit our impressions of the all-wheel version. We drove the LP 610-4 at Laguna Seca back in May for the brand's Intensivo driving school, and two idiosyncracies stood out. The first is that it ticked around corners like the second hand on a watch. That's great for an autocross, pivoting through cones like a Tron lightcycle. But on a circuit, you want the freedom to find your own best way to move the machine around the track, and the all-wheel-drive Huracan won't relent on its commitment to ultimate precision. You aim at grace but you get mechanics – a robot trying to follow your instructions for dancing the Tarantella. The second peculiarity was that it squirmed under heavy braking, coming down from triple-digit speeds into a hairpin like a bull shaking off a swarm of flies. The timed run from 0-62 miles per hour is just 0.2 seconds slower than the 610-4. The LP 580-2 is the prescription to cure both symptoms. As the name attests, output drops from 602 horsepower to 572 hp and torque is reduced from 413 pound-feet to 398 lb-ft, all of it sent to the rear wheels. The timed run from 0-62 miles per hour is just 0.2 seconds slower than the 610-4. No mere devaluation of potency, engineers remapped the 5.2-liter V10's power and torque delivery so it's different from the AWD version. Power delivery is further differentiated between the 580-2's manual and automatic shifting, and it feels more linear when you're working the paddles. You need a fetish for grilles to spot the variance between this car and the all-wheel drive version. Designers reworked the strakes on the lower front intake and removed the hexagonal mesh ornamentation, so you peer straight at radiators. The corners of a larger rear grille cut deeper into the bumper. The badge ahead of the rear wheels says, "LP 580-2." The standard 19-inch wheels are of a new design called "Kari." Those are the visual differences. The cabin is identical.

6 things you should know about the Lamborghini Urus

Lamborghini has finally revealed its second SUV in history. The road-oriented vehicle has a 641-horsepower twin-turbo V8 and highly creased body panels. There are plenty of interesting factoids packed into its four-door shape. We highlight the most interesting of them, here. It's named after a breed of cattle. Though many Lamborghinis have been named after specific fighting bulls, this one is named after an entire breed. The extinct breed is called urus, or sometimes aurochs, that is closely related to Spanish fighting bulls of today. It's the first Lamborghini with active roll control. When a car gets tall and heavy, it wants to lean a lot more when cornering. To counter that, Lamborghini fitted the Urus with an active roll control system to help keep the body flat going through turns. It's also one of a number of technologies meant to improve handling, such as adaptive damping, rear-wheel steering ( borrowed from the Aventador S) and torque vectoring on the rear differential. It has huge wheels and brakes. Standard wheels on the Urus are 21 inches, but for those with a desire for bigger dubs, there are optional 23-inch models. These wheels are stopped by standard carbon ceramic rotors. The fronts are 17.3 inches in diameter, and the rears are 14.5 inches. It has the best weight-to-power ratio of any SUV. Besides having the highest claimed top speed for an SUV, and acceleration on par with the 707-horsepower Grand Cherokee Trackhawk, Lamborghini claims the Urus has the best weight-to-power ratio of any SUV on the market. That ratio, with the SUV's roughly 4,850 pound curb weight and 641 horsepower, is 7.57 pounds per horsepower. It is worth noting that the aforementioned Grand Cherokee Trackhawk is still close with a ratio of 7.59 pounds per horsepower. It can be mostly rear-wheel drive, but not fully. The big Lambo is all-wheel-drive all the time, with its Torsen center differential providing a default torque split of 40 percent to the front, and 60 percent to the rear. This can change all the way up to 87.5 percent to the rear depending on conditions, or it can shift 70 percent of the torque to the front. Its chassis is all steel and aluminum. Unlike the Lamborghini's sports cars that use extensive carbon fiber in the chassis, either for the passenger cell in the case of the Aventador, or for reinforcement as in the Huracan, the Urus has a steel and aluminum chassis. Related Video: This content is hosted by a third party.

Lamborghini Sian's supercapacitor hybrid system explained by company's CTO

"We are a game-changer and a provocateur," Lamborghini's CTO, Maurizio Reggiani told Engadget. The automaker has a long history of making waves with traffic-stopping designs and more recently, innovative tech. At last week's Frankfurt Motor Show, the Italian company unveiled its Sian hybrid supercar. But it ditched the traditional battery pack in favor of a supercapacitor to power an electric motor, which is exactly what you would expect from the Italian company. Typically a hybrid uses a lithium-ion battery pack to store energy. Then when needed, it transfers an electrical current to a motor (or motors) to either help the gas-powered engine or take over propulsion entirely. It's a recipe that has successfully improved gas mileage and sold over six million examples of the Toyota Prius, not to mention countless other hybrids. "It's too easy to follow," Reggiani said. "If you want to move for the first time in electrification you must guarantee that the implementation will not destroy the DNA of a car and brand." With that in mind, the automaker went with a supercapacitor instead of a battery. According to Reggiani, the supercapacitor offers up three times the power of a battery pack from the same weight and packaging. Plus, it stores and discharges energy much quicker. The spent power can be fully regenerated very quickly during normal braking. Reggiani explained that this could be particularly useful while cornering. Going into a corner, the driver applies the brakes and replenishes any spent energy. Then, as the driver accelerates out of the corner, all the available power is there for acceleration. Then as the driver brakes for the next curve, the process starts all over again. Plus, the supercapacitor doesn't have to cool down like traditional battery, it's just ready to go at all times -- which is exactly what Lamborghini owners want. The output of the 48-volt motor installed into the gearbox is 34 horsepower which brings the total power output of the V12 Sian to 819 horsepower. While 34 horsepower doesn't seem like much, it means the vehicle can do zero to 62 miles per hour in under 2.8 seconds. That's Tesla Model S Performance and Porsche Taycan levels of fast. But there are other benefits. The electric motor reduces the torque hits of the gears shifting. You know those momentary losses -- then explosions of power -- you feel in the car as it speeds up, that's the vehicle going through its gears.