1991 Lamborghini Diablo on 2040-cars

Auto blog

Road & Track goes inside Lamborghini's Sant'Agata engine factory

While it's fair to think that the Lamborghini factory in Sant'Agata Bolognese is a place where mustachioed Italian sorcerers weave spells into hypercars, the truth is sadly far less magical (although the results are just as impressive). Road & Track took a peek behind the curtain and toured the home of Lamborghini's engine works, where the 691-horsepower thumper from the Aventador is bolted together. Not only is it an interesting look inside the facility, R&T's host provides a great contrast with the current facility and its low-tech past.

Tamara Ecclestone's Lamborghini has gone missing

A Lamborghini Aventador owned by socialite Tamara Ecclestone has disappeared from a garage in London where it was being serviced. The daughter of billionaire Formula One CEO Bernie Ecclestone reportedly purchased the car a couple of years ago from a dealer named Ziad Shawadi when she was dating businessman Omar Khyami. The supercar was put under Omar's name to secure a resident's parking permit, but it was registered to her Chelsea, London, address.
Tamara tried to sell the Lamborghini last summer after the couple split, but learned that her boyfriend had used the $400,000 exotic as collateral on a loan - and that set off a legal battle due for a hearing later this year.
But now the car has disappeared, and the culprits are alleged to be men working for Shawadi who have apparently repossessed it as a result of the outstanding loan. Ecclestone filed a complaint at a Notting Hill police station, but the authorities have said they won't be moving on this one. There has been no word on the fate of the parking permit.

Lamborghini Huracan STO revealed as the most extreme Huracan yet

Mercedes-AMG just snagged the Nurburgring production car lap record from Lamborghini, but the Italians might already have an answer. It’s called the Lamborghini Huracan STO, with the STO being short for Super Trofeo Omologata. And yes, this one is even more extreme than the already bonkers Huracan Performante. Lamborghini says two of its race cars inspired it to make this road-legal high-po Huracan — the Super Trofeo EVO and the GT3 EVO. As weÂ’d expect, itÂ’s still powered by the 5.2-liter V10. The good folks in SantÂ’Agata have found 10 more horses above the Performante, meaning the STO makes 640 horsepower. Torque sits at 417 pound-feet, which is actually down quite a bit from the 443 pound-feet of the Performante. ThereÂ’s no lack of acceleration, though. Lamborghini claims a 0-62 mph time of 3.0 seconds and top speed of 192.6 mph. Those numbers are great, but theyÂ’re not what the STO is about. No, this Lamborghini was designed to set fast lap times, meaning aerodynamics and weight were the two key areas that were enhanced. The STO is 95 pounds lighter than the already light Performante. We imagine the bulk of that can be attributed to Lamborghini making the STO rear-wheel drive, not all-wheel drive. Yes! A rear-drive Lamborghini — we love to see it. But thereÂ’s also a greater use of carbon fiber for exterior panels (75% are made of carbon now). Additionally, the windshield is 20% lighter than a Performante, and itÂ’s riding on magnesium wheels as opposed to aluminum alloys wheels. On the inside, Lamborghini uses carbon fiber sport seats, full carbon door panels, removes the carpeting (replaced with bare carbon fiber) and coats other surfaces with its Alcantara-like Carbonskin. All this combined results in a car with a dry weight of 2,952 pounds. Pushing it into the ground is an impressive downforce package. Lamborghini has added air ducts in the front hood for better airflow to the radiator and to generate downforce. A new front splitter better directs air to a totally new underbody meant to create greater downforce. And the front endÂ’s new design better directs air around the front wheels to reduce drag. New front brake ducts enhance cooling to the improved “CCM-R” brakes (new design drawing on racing brakes for even more thermal durability than standard carbon ceramics).