2010 Used 4.3l V8 32v Automatic Rwd Premium on 2040-cars

Auto blog

The Ferrari GTC4Lusso T ditches the V12 and AWD for a turbo V8 and rear drive

Ferrari continues to turbocharge its lineup with the latest addition – the GTC4Lusso T. This car has the same body as the four-seat GTC4Lusso, but features a turbocharged V8 and sends power only to the rear wheels, a recipe that might just make the gorgeous, elongated hatchback even better to drive. Aside from the addition of the T badge, the majority of the updates were made under the car's body. Gone is the beastly naturally aspirated 6.3-liter V12, and in its place is a twin-turbocharged 3.9-liter V8. The new engine is similar to the one found in the California T, but it has been revised to make a little more power: The 3.9-liter in the GTC4Lusso T puts out 602 horsepower and 560 pound-feet of torque. That's a 78-hp decrease from the GTC4Lusso's V12 motor, but 46 lb-ft more. View 17 Photos While some will see the decrease in power as a downgrade, which it kind of is, the GTC4Lusso T is rear-wheel-drive only and, according to Ferrari, lighter. Much of that weight savings comes from removing the trick all-wheel-drive gearbox that sits in front of the V12 GTC4Lusso's engine, and its absence also shifts the vehicle's weight bias towards the rear, with a 46:54 split. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Ferrari claims the GTC4Lusso T's turbocharged V8 has been engineered for everyday driving with modular torque delivery and a muted exhaust note at low speeds. The vehicle's dynamic systems have also been updated with the 4WS (rear-wheel steering) and Side Slip Control (SSC3) now more responsive to steering wheel inputs. No performance figures for the turbocharged V8 model have been released, but the GTC4Lusso T should manage to get close to the GTC4Lusso's 0-to-62 mph time of 3.4 seconds, but have a lower top speed than the V12 model, which tops out at 208 mph. Already missing the naturally aspirated V12 and all-wheel drive? Don't fret, as a Ferrari spokesperson confirmed that the automaker will continue to sell the GTC4Lusso alongside the GTC4Lusso T. The new model will make its world debut at next week's Paris Motor Show. Related Video: Related Gallery 2017 Ferrari GTC4Lusso T News Source: FerrariImage Credit: Live photos copyright 2016 Drew Phillips / Autoblog Paris Motor Show Ferrari Coupe Hatchback Wagon Performance Supercars 2016 paris motor show

Ferrari 488 Pista Prototype Drive | Pants-soiling straight-line performance

Independent studies confirm that Lotus Elise drivers are 221.6 times more likely to spontaneously dispose of light-colored undergarments after driving on curvy roads. That's because the weight distribution of a mid-engine car encourages novice drivers to inadvertently ask the rear wheels to pass the fronts in the middle of a corner. Adding insult to staining, the layout's resulting low polar moment of inertia ensures that this rotation happens more quickly than the average person's sphincter-startle clench reflex. The flip side is that even the most powerful mid-engine cars have enough weight over their rear wheels to make straight-line acceleration a worry-free affair. Well, they used to. Full-throttle acceleration in the Ferrari 488 Pista is genuinely terrifying. Wheelspin is a genuine threat at any road-legal speed — and when that happens, its rear end steps out with the same violence as the car accelerates. And that is saying something. The 488 Pista is diabolically quick. Like, hallelujah-hold-on-tight, praise-the-lord, scream-like-a-child and slap-yo-momma quick. Or, in slightly more objective terms, the Ferrari's claimed 7.6-second sprint from a standstill to 200 km/h (124 mph) is but 0.3 second behind that of the 1,000-hp Bugatti Veyron 16.4. When we say quick, we mean QUICK. Perhaps too quick for the road, so it's a good thing the car is literally named after the track. The Pista is the latest in the lineage of harder-core Ferraris that began with the 360 Challenge Stradale. The 360CS, like the F430 Scuderia ("Team") and 458 Speciale ("Special") that followed, was a little quicker than the regular car, a little more devoid of creature comforts and a lot louder. The same basic recipe applies to the 488, though in its transition from GTB to Pista (say "peas-ta"), its engine gets a bigger power boost than any of its predecessors. Boasting 720 metric horsepower, or 710 American ponies, the Pista makes 49 hp more than the already absurdly powerful 488 GTB. The expected weight-savings measures are also present, accounting for a claimed 198-pound reduction in total mass. Ten-percent-stiffer springs and recalibrated magnetorheological dampers offer tighter body control, and Michelin Sport Cup 2 tires conspire with those changes to generate massive cornering grip. But more on that later — the star of this prototype preview drive was the engine, Ferrari's award-winning 3.9-liter flat-plane-crankshaft V8.

The Ferrari Enzo's designer isn't worried about the future of supercars

Ken Okuyama is a talented designer with a prestigious portfolio. He spent 12 years at the famed Italian design house Pininfarina after a stint with GM's Advanced Design Studio, where he worked on the C5 Corvette. He also styled the Boxster and 996-generation 911 at Porsche. His first Ferrari design was the Rossa concept car, though his most famous creation is the Enzo. Now Okuyama runs a design studio that not only is responsible for the new Kode57 supercar that debuted in Monterey this past weekend, but also eye glasses, civic planning, and even Japanese bullet trains. We caught up with Okuyama at the Concorso Italiano car show, plopped down on a couple of plush leather chairs right in front of his brand new Kode57, and chatted about what the future holds for car design. Alex Kierstein: Lately there's been a lot of talk about autonomy and future mobility. What sort of challenges and opportunities do you think this autonomous future is going to provide for you as a car designer? Ken Okuyama: It is a really fantastic time for designers because of two reasons. One is that the public and private transport have been two separate, completely different industries up until now. Now, when you think about the future of autonomy, that really brings the automobiles into something more of a public transportation. You really have to think about the total experience of the customers from buying the ticket to the paying mechanism. That's just hardware, actually. It is a huge challenge for engineers and designers, and I really love that. That's one reason. Another reason is that just like horses were a means of transport 100 or so years ago, up until Henry Ford mass-produced the Model T. Now, maybe sports cars are becoming like horses. Now, horses are a great object for hobby, sports, and part of the Olympics and everything. Cars are going to be like that also. Dr. Porsche [was asked what type of] automobile is going to last for the longest time. He said, "the sports car." I really believe in that, because with sports cars, you never lose a sense of ownership. Autonomous vehicles are things you don't have to own. You have to design a total experience and the whole operation. A car, you want to own it. It's part of you. Your mechanical watches, do you borrow them from somebody? You want to own it. Your suits, your favorite shirts, you want to borrow them from somebody for your experience? No, you want to own it. Ownership is a core part of human beings.