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Mansory unveils 1,600-hp Carbonado GT under a carbon fiber panda body

European tuners show up at the Geneva Motor Show in spades to display their very expensive wares in hopes of finding a handful of buyers. The only way to set your company apart is to make cars that are increasingly extreme. Mansory is no different, and to keep up with competitors it has brought the 1,600-horsepower Carbonado GT to Switzerland.
The GT starts life as a Lamborghini Aventador LP700-4, but practically every body panel is replaced with new carbon fiber pieces. It doesn't hide it either with the entire center portion of the car finished in clear-coated carbon. The biggest changes include fenders that are 1.6-inches wider at the front and 2.0-inches wider in the rear, and even the wheels have carbon inlays.
To make sure the Carbonado GT has the power to back up its hardcore looks, Mansory has fitted the Aventador's 6.5-liter V12 with two turbochargers to produce the aforementioned 1,600 hp and torque electronically limited to 855 pound-feet. The powertrain is upgraded to take the boost with pistons, connecting rods, rod bearings, crankshaft and cylinder head being replaced with high-performance units. Mansory claims the highly modified engine gets the GT to 62 miles per hour in 2.1 seconds and to a top speed of 230 mph.

This is the fully uncovered Lamborghini Huracan Performante

We already knew that the Lamborghini Huracan Performante is absurdly quick at the Nurburgring, where the company claims it lapped the track faster than the Porsche 918 Spyder. Now Lamborghini has released specifications and photos of the car. It seems a little more power, active aerodynamics, and other fine tuning turned the Huracan into a track monster. Immediately apparent from the outside are the new aerodynamic devices and molded carbon fiber pieces. The latter include the hood over the engine, front and rear spoilers, the rear bumper, and the rear diffuser. Together, they help the Performante lose about 88 pounds compared to the standard Huracan. The front and rear spoilers also have fancy electrically-actuated flaps to adjust aerodynamics. At the front, a pair of flaps rest on the top side of the front spoiler, and at the back, two air channels can be opened or closed to change airflow at the rear wing, optimize downforce, or reduce drag. The rear flaps can also be opened and closed separately for the left and right. According to Lamborghini, they can be used to increase downforce on one side of the car to counteract the affects of load transfer in corners. For example, if the car was turning left, and the body began rolling to the right, the flaps could be set so that downforce increases on the left, keeping the car flatter in the corner. Lamborghini has also improved almost every other mechanical part of the car. The V10 now makes 640 horsepower and about 443 lb-ft of torque. The suspension has stiffer springs and anti-roll bars combined with either the standard, conventional shocks, or optional magnetorheological shocks. Power is sent to all four wheels, all four of which are forged and available in two different designs. They're shod in the buyers choice of Pirelli P Zero Corsas, or barely street-legal Trofeo Rs. Altogether, these changes allow the Performante to reach 62 mph in 2.9 seconds and hit a top speed of about 202 mph. Finally, this Huracan Performante is appropriately wild looking. The giant wing, massive exhaust tips, and Italian colors along the door all make this Lamborghini visually outlandish. The interior also receives exposed molded carbon fiber throughout to make sure its occupants never forget this is a fast, hardcore Lambo. It should also help justify the Performante's $274,390 pricetag, if the 'Ring time isn't enough. The first cars will arrive to customers this summer. 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.