2006 Lamborghini Murcielago 2dr Conv Roadster on 2040-cars

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6 car mashups that God never intended

In the 2000s, the musical mashup genre saw a peak of popularity with releases like The Grey Album from Danger Mouse that mixed The Beatles and Jay-Z. UK artist James Pursey from Carwow decided to take the same concept of shoehorning two disparate things together but applied the concept to cars. Your opinion on the results will vary with your sense of humor. These creations are either some funny pieces of abstract art or absolute monstrosities that prove good design should be left alone. Likely the best of the bunch is the Lambotomic (pictured above), which combines a Lamborghini Miura and an Ariel Atom. Granted, the Ariel is little more than a skeleton to begin with, and the outcome looks like a slightly stretched Atom with the new nose and tail from one of the most beautiful vehicles ever. This could actually work. Though, not all of the mashups are quite so pleasant. The Porschiac WW RS (pictured right) is absolutely disgusting. It combines a Pontiac Aztek, which isn't a beauty queen to start with, and a Porsche 911 GT3 RS. Obviously, the 911 is an iconic shape in autonobolia, but that can't save it from the horror of the Aztek. Pursey fits the its nose, wheel, wing, roll cage and stripes onto the Pontiac. The outcome: A design that will show up in your nightmares. Check out the gallery for the rest of the mashups, including the Humi (a Humvee and a Mini), Aston Smartin (Aston Martin and Smart), Rangerini (Range Rover and Lamborghini Aventador) and the Mazdafenda (Mazda MX-5 Miata and Land Rover Defender). They might not all be beautiful (or even pretty), but it's fun to imagine these oddball creations actually driving down the road. Featured Gallery Car Mashups News Source: CarwowImage Credit: James Pursey Design/Style Humor Lamborghini Pontiac Porsche ariel atom lamborghini miura pontiac aztek mashup

Maurizio Reggiani talks racing, forced induction, and Lamborghini V12s

Maurizio Reggiani deserves his own chapter in Lamborghini's history. He joined the Italian company in 1995 and rose to the position of chief technical officer in 2006; he notably led the development of some of Lamborghini's greatest modern-day engines, including the 6.5-liter V12 that powers the Aventador. His time as the head of Lamborghini's research and development department ended earlier in 2022 and he now serves as vice president of motorsport. His successor, Rouven Mohr, is tasked with implementing an ambitious and far-reaching electrification strategy called Direzione Cor Tauri and outlined in 2021. As Lamborghini prepares to enter a new era, I sat down with Reggiani for a behind-the-scenes look at nearly 30 years of V12 development. [The following has been edited for clarity.] RG: Lamborghini has made other engines and other companies have made V12s. Why is the V12 so often associated with Lamborghini? MR: In a time when everybody started talking about downsizing and reducing cylinder count, we continued to say that the V12 is the flagship of the super-sports car. We were born with this: Lamborghini has made a V12 during every year of its history. We also did V8s in the time of the Jalpa, for example, but the V12 was every time the main pillar of this company. If you want to be considered the pinnacle of super-sports cars, no other engine can really speak to purists like a naturally-aspirated V12 can. In terms of power, in terms of sound, in terms of emotion, and in terms of, let me say, the coolest engine that's possible in terms of engineering definition. RG: What projects have stood out to you during your time at the head of Lamborghini's R&D department? MR: When I started my career, 40 years ago at Maserati, I worked in engine development. At Bugatti, I was responsible for powertrain, which of course includes the engine. For me, an engine is kind of like a first love, and you remain in love for all of your life. To look at an engine, to look inside, to discuss the components, to have an opinion, and to give a suggestion was my way of working every time. One of the projects that excited me the most was the Diablo GT. For the first time, we decided to put a single throttle per cylinder, and it was a level of sophistication that was more or less never used before by Lamborghini. You take experience from the past and try to apply it to [the present]. This improved a lot the performance, and it was really super exciting.

Lamborghini close to joining premier LMDh class in IMSA

According to Racer magazine, Lamborghini hasn't officially said yes to joining the LMDh class in global endurance racing, but folks behind the scenes have green-lit the project and an announcement could come next month. Publicly, the brand's head of motorsport for the U.S. said work on a factory endurance program is "90% of the way there," the remainder to be sorted out by finding the right customer teams to lead the charge. Assuming this is what happens, Lamborghini will join Volkswagen Group siblings Audi and Porsche in the class, plus Acura and BMW. Cadillac hasn't made its intentions public, but observers expect the American luxury brand to come clean during this month's 24 Hours of Le Mans and show its LMDh challenger. Hyundai's apparently on the sidelines and leaning in, too. If all are counted, this would give the premier class for the IMSA WeatherTech SportsCar Championship seven entries come 2024, and potentially add to the top-class LMH field in the FIA World Endurance Championship . As a refresher, there are two top-tier classes coming to global endurance racing. There's Le Mans Daytona hybrid (LMDh) that begins in IMSA next year, and Le Mans Hypercar (LMH) that started competing in the WEC on May 1 this year. LMDh cars use a spec chassis provided by one of four suppliers, Dallara, Ligier, Multimatic, or Oreca. LMDh teams can use any engine and electronics they want, but they will all fit a spec hybrid unit supplied by Bosch, a spec lithium-ion battery from Williams Engineering and a spec gearbox from Xtrac. Max horsepower will be limited to about 680. Audi and Porsche opted for a Multimatic chassis powered by a turbocharged V8, and Lamborghini is expected to follow its family members. Every team can create its own bodywork, the limit being a 4:1 ratio of drag to downforce and a single aero package for the year to keep costs down. The LMH class is based on roadgoing hypercars, a manufacturer required to sell 20 of the retail hypercars over a two-year period to qualify. Although output's capped to around 680 hp as with LMDh, manufacturers can develop their own engines, gearboxes and hybrid systems. Discrete bodywork is allowed with the same drag-to-downforce ratio limit. There will be balance-of-performance restrictions imposed on LMDh and LMH fields, and measures such as torque meters mounted on driveshafts to monitor overall output of each powertrain.