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Do you want a cheap amphibious Lamborghini Countach?

James Bond famously dove under the waves in a Lotus Esprit submarine in The Spy Who Loved Me. Elon Musk now has the car in his collection, but you can have the next best thing by buying this amphibious Lamborghini Countach. It needs a lot of work to be seaworthy or even roadworthy again, but the floating Italian supercar is currently on eBay Motors in the UK for the equivalent of $26,790. While the vehicle looks like a Countach, don't expect to listen to a sonorous Italian V12 on the open seas because power now comes from a Rover V8. In the water, a twin-prop drive runs from a power takeoff on the engine, and twin rudders allow for navigation. Hydraulics lift wheels when it's time to get wet. For wannabe Bonds, there's even a button inside to activate a smoke screen. Some digging online shows that Mike Ryan of SeaRoader originally built the water-going Countach. Both the eBay ad and Ryan's page assert the supercar briefly went to Hollywood for various roles, but the Internet Movie Car Database only shows the Lambo appearing briefly in Top Gear's Season 8 amphibious cars episode. Ryan also helped the guys build their own floating vehicles. Get ready for some hard work before setting sail. According to the listing, the carpets and seats are gone. The engine still turns, but the fuel pipe that goes to the tank needs replaced. It also requires new tires and brake work. If you're up to the challenge, this could be an amazing project. Related Video: News Source: eBay Motors, SeaRoader, Internet Movie Car Database via The DriveImage Credit: Top Gear via YouTube Aftermarket Design/Style Weird Car News Lamborghini Auctions Coupe Special and Limited Editions Performance Supercars Lamborghini Countach amphibious car

Meet the Lamborghini Hurac'an LP 610-4

The "610" in the Huracán's designation is the amount of power this new supercar packs.
This holiday season, Lamborghini has a very special gift for automotive enthusiasts - the all-new Huracán LP610-4, also known as the long-awaited replacement for the Gallardo.

Lamborghini Huracan Performante's active aero is the secret to its speed

The most revolutionary real technology at this year's Geneva Motor Show didn't look like it on the show stand. If you squint at the Lamborghini Huracan Performante, it merely looks like a Huracan with a big wing. Up close, you can see the fractal texture of the forged-composite aerodynamic add-ons, but that still doesn't tell you why this car is so special. Lamborghini calls it Aerodinamica Lamborghini Attiva (ALA), or active aerodynamics. This is one of the biggest keys to the Performante's claimed production-car record lap time at the Nurburgring Nordschleife of 6 minutes, 52.01 seconds. The Huracan Performante's number is not without controversy, but I personally care very little about the obsessive phallic-measuring contests that are 'Ring lap times. What's fascinating about the Performante is that, if the lap time is even close to legitimate, it shows that ALA is a major step forward in automotive performance. More than just lap times, the Huracan Performante is an example of why Lamborghini remains special in a world of democratized performance. We sat down to discuss this with Lamborghini's Research and Development Director, Maurizio Reggiani. And one last note on the lap time: Reggiani says with the same temperature and exclusive access to a dry track, "that in this average of speed we can repeat, repeat, repeat, repeat." In previous conversations, Reggiani said that the key difference in performance would come not from horsepower, but weight reduction. For Lamborghini, that means plenty of carbon fiber. But the newest Huracan is not a Superleggera, the old title for the hardcore variant. "Superleggera is too much an objective, a description. Performante is really the DNA of the car. In Italian, Performante means really the best performance," he said. Reggiani continues, "Nothing happened by chance. It's really a building-block approach where you say this can give this contribution, this can give that. Where can you improve something and what is needed to improve something?" That brought them to the active aerodynamics solution, which channels air to stall the front or rear aero elements of the car to change the downforce and drag. Reggiani says, "This can be achieved only with a system that is really light, [has] fast responsiveness. Based on this ...