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Watch this Lamborghini Aventador shoot flames and light itself on fire

The stationary revving of high-horsepower, high-cylinder-count Italian engines may be an adolescent pleasure among the world's wealthy, but it's a mechanical display of machismo we're usually prepared to indulge simply because it sounds so great. And it's a spectacle made all the better when one's exhaust spits flames, right? Well, most of the time. Check out this Lamborghini driver, who gets a bit exuberant with his right foot only to have disaster strike.
The driver's Aventador has no problem shooting long flames, and apparently they're hot enough to catch portions of the supercar's body alight. However, the driver's reaction might be even more unbelievable. Watch the video to see what happens - his response certainly isn't how many people would react to their supercar being on fire, perhaps because he isn't completely comprehending what's going on.
One final note; while the video's title claims that the fire is the result of a design flaw, there's not really enough information here to know if that's actually the case. The Lambo could be running an unsuitably modified exhaust or ECU to help it shoot big flames, or the issue could be as simple as debris caught in the rear vents lighting up.

Lamborghini Murcielago SV reverse-engineered by a team from Iran

Iranian engineers successfully made themselves a copycat Lamborghini Murcielago SV. In looks, if not in performance, that is. The most interesting aspect behind the project is that they say it was created using Lamborghini's original data. They took a serious left turn when it came to the powertrain though, because sitting behind the driver is a 3.8-liter Hyundai V6. Not quite the 6.5-liter V12 monster in the actual Murcielago SV. Massoud Moradi, the director of the project, thinks that nobody would be able to tell the difference between this car and Lamborghini's from an appearance standpoint. "All parts of the body, inside the car and precise mechanics of the car are manufactured and mounted based on the original ... Murcielago platform. Its chassis is also one and one with the original," Massoud says. One of the reasons Massoud and his team embarked on this project was to learn how Lamborghini made its supercars. They made their replica after taking apart a real Murcielago and designing new parts based on the original Lamborghini bits. The project to make this thing started four years ago, and the team didn't spend "any time planning or testing the car." Now that's a clear indication you probably don't want to drive this thing. Just because it's designed to be a copy of the Murcielago doesn't mean it's going to perform anything like it on the road. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. We'll admit the exterior design is pretty spot-on compared to the actual Murcielago SV, as you can see in the video above (which comes from RT, a network funded by the Russian government). Everything apparently lines up to the original dimensionally, and it uses a bunch of carbon fiber and composite components throughout. Moradi claims a top speed of at least 174 miles per hour — there's no word on what, if any, modifications have been done to the Hyundai engine and transmission to achieve such a speed. So count us skeptical for the time being. The Iranian team wants to make more of them too. Moradi suggested that the small company could make 50-100 units per year if they were to go into production. He'd like future iterations of the car to have larger V8 and even V10 engines, too. Might we suggest some testing first? And what does Lamborghini think of this whole operation? These guys purposefully copied one of Lamborghini's designs with an intent to eventually make money off of it.

Lamborghini Aventador successor to use supercapacitors instead of batteries?

While we continue trying to zero in on the next-generation Lamborghini flagship and its specs, Lamborghini CTO Maurizio Reggiani spoke to Road & Track to offer glimpses and set a few things straight. Discussing the coming LB48H supercar, Reggiani said the use of supercapacitors in that limited-run supercar will be a "first jump" into a robust hybrid application for supercapacitors, and that Lamborghini "will prove that in a super sports car, it's possible to have this technology." We've known the LB48H would use supercapacitors, but we didn't — and frankly still don't — know how. Based on Reggiani's comment, and likely the fact that Lamborghini uses a special supercar to hint at what's coming in tech and design, RT takes Reggiani's comments to mean that the Aventador successor will "store its electric power electrostatically instead of electrochemically, as you would with a lithium-ion battery." A caveat to this comes in another of Reggiani's remarks. He said the brand hasn't given any indication when an Aventador successor will reach the market, and before that happens, the brand is deciding whether to do another special edition flagship. "There's the possibility to have a kind of final Aventador family member," he said, because the brand probably won't get another chance to make a non-hybrid V12 after the scissor doors come down on the Aventador. Sales of the 6.5-liter V12 monster are still on the rise, remember. The current Aventador already uses a supercapacitor for the starter battery, to run the stop-start system. And the Italian carmaker has been working with MIT for years on such technology previewed in the Terzo Millennio concept, and rolled out for prime time in the LB48H. It's hard to see supercapacitors alone serving the next flagship, though, because company CEO Stefano Domenicali has said that "we need to respect legislation. In certain places, you will need electrification to go into the city." Supercapacitors can boost the kind of fast-acting peak performance buyers expect of a V12 Lamborghini. But their specific energy is roughly one-tenth that of a lithium-ion battery, or less; to provide the kind of range needed for all-electric trips into a city, the flagship would need a trailer hitch to haul a Urus carrying the supercapacitor array. Lamborghini has already said the best-case scenario for the Aventador successor is a 330- to 440-pound weight gain because of the hybrid system.