99 Ferrari 550 Maranaello on 2040-cars
Swansea, Massachusetts, United States
Body Type:Coupe
Engine:12
Vehicle Title:Clear
Fuel Type:Gasoline
For Sale By:Dealer
Number of Cylinders: 12
Make: FERRARI
Model: 550
Warranty: Unspecified
Mileage: 15,916
Exterior Color: Silver
Interior Color: Black
Ferrari 550 for Sale
Serviced rosso manual daytona electric stitching(US $89,900.00)
2001 ferrari 550 barchetta rosso corsa red black 417 of 448 only 2600 miles(US $195,900.00)
1997 ferrari 550 maranello 6 speed manual(US $65,000.00)
Ferrari 550 maranello
Stunning ferrari 550 barchetta great service history triple black $25k hardtop(US $185,000.00)
1998 ferrari 550 maranello black/tan fully serviced only 17,400 miles(US $76,800.00)
Auto Services in Massachusetts
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This electric Ferrari 308 GTS would do Magnum PI proud
Wed, May 4 2016We've seen Lancias, Alfas, Maseratis, and assorted F1 cars over the years packing Ferrari engine. But seeing a Ferrari running under different power is something else entirely – let alone one packing a fully electric powertrain. Yet that's what one company in Southern California has done with this 1978 Ferrari 308 GTS, swapping out its V8 engine for an array of electric motors and battery packs. Rather than tearing apart a perfectly good Italian sports car, Eric Hutchison of San Diego-based Electric GT found the Magnum PI-spec Prancing Horse for salvage after it had burned out from an unfortunate fuel leak. One man's loss being another's gain, he bought it for $10,000 and, together with his friend Michael Bream at EV West, set about converting it to electric power. The cavallo elettrico produces an impressive 465 horsepower and 330 pound-feet of torque. With three AC51 HPEVS electric motors and 48 batteries installed, the cavallo elettrico produces an impressive 465 horsepower and 330 pound-feet of torque. That's a heck of a lot more than the 2.9-liter V8 in the original 308 ever produced: before later versions introduced fuel injection and four-valve cylinder heads, the 308 packed about 200 horsepower and 181 lb-ft. Not one of the most powerful models ever to leave the factory in Maranello, in other words. To handle the extra muscle, Hutchison, Bream, and company fitted a new clutch, flywheel, pressure plate, and (perhaps the oddest part) a Porsche transaxle, mounted upside down. Though most EVs do away with a conventional transmission, Hutchison points to the original (though ultimately unfulfilled) Tesla Roadster plans and the Formula E setup as evidence of the combo's ideal blend of efficiency and performance. "The massive torque transferring through the transmission engages the driver in a clutch-dropping, gear-pounding Ferrari experience," he said. To offset the added weight of the four dozen 3.3-volt lithium-ion batteries, they stripped out anything they could, and found new homes for many of the jettisoned components through fora like Ferrari Chat, whose members enthusiastically followed the conversion process. The result is a vehicle just 150 pounds heavier than stock that can travel 100 miles on a single charge. That's more than most OEM EVs can go these days, and (arguably) in better style, too. We've been following the project's development for nearly two years now, and took it for a spin on Translogic.
The new Ferrari 812 Superfast has a 789-hp V12, is self-explanatory
Thu, Feb 16 2017You're looking at the replacement for the F12 Berlinetta. Gorgeous, right? While in keeping with the recent styling success of Ferrari cars, this one bucks a trend. Unlike the last three updated models from Maranello – the GTC4 Lusso, California T, and 488 GTB – the 812 Superfast doesn't use turbos. Instead, it continues with a naturally aspirated V12. A bigger, more powerful one. And of course, this front-engine supercar GT will be super fast. The 812's twelve-cylinder displaces 6.5 liters, up from the F12's 6.3. Power stands at a round 800 CV, which translates to 789 horsepower, while torque is up to 530 pound-feet. For reference, the 6.3-liter in the F12 makes 731 hp and 508 lb-ft, while the F12 Tdf's massaged version puts out 769 hp and 520 lb-ft; the LaFerrari's engine made 789 hp, which was boosted further with the addition of an electric motor. So this 6.5-liter is tied for the title of most powerful Ferrari road-car engine, and it makes this the most powerful front-engine Ferrari ever, which is neat. It's supposed to reach 62 mph in 2.9 seconds and reach a top speed of 211 mph. Yep, super fast. Max power is again made at a screaming 8,500 rpm and the torque peaks at 7,000. More displacement means more output, but Ferrari also switched to a higher-pressure fuel system and variable-geometry intakes to squeeze even more out of its big V12. The company's seven-speed dual-clutch transmission gets its own gear ratios to handle the power in this application. One big change is the car's switch from hydraulic to electric power steering. It's the first Ferrari road car to use EPS, and the company assures us just makes things better by working with the other chassis systems, like Side Slip Control. The 812 Superfast also gets the second version of Virtual Short Wheelbase, Ferrari's name for rear-wheel steering. Ferrari says the updated design is supposed to be reminiscent of the 365 GTB4 from 1969. We say it's just plain pretty either way. There are active flaps at the front and some kind of new air bypass at the rear to improve downforce, and which sounds a lot like something out of Formula 1. The launch color seen here is the special Rosso Settanta, which is in celebration of the company's 70th anniversary. The interior has been updated a bit as well, with a reshaped dash top (featuring one fewer air vent) and new controls on the steering wheel.
New Tesla, McLaren, and Ferrari models added to Takata recall list
Tue, Dec 13 2016UPDATE: A McLaren spokesperson confirmed to Autoblog that "a number" of McLaren models in the US, Japan, and South Korea will be recalled to fix non-dessicated airbag inflators. However, the recall only affects passenger airbags, as all driver's-side inflators use a different technology and are not affected. The timeline is still being determined. It's been more than two and a half years since the Takata airbag recall first made waves. Despite knowing which airbags were at fault and the exact cause of the failure, manufacturers like Audi, Ferrari, McLaren, and Tesla have been building and selling cars with defective airbags. Although it takes several years for the airbag to degrade to the point of failure, all of these new cars will eventually have to be recalled for replacements. It appears that time has come, as the National Highway Traffic Safety Administration has now issued a recall on some of these new models. Models from Tesla and McLaren have been added to NHTSA's recall list for the first time. Tesla is recalling every 2012 - 2016 Model S while McLaren is bringing back every model it's made since relaunching its road-car business in 2012. Not even the P1 is free from failure. Other automakers have expanded their affected-vehicle list. All of Ferrari's 2016 - 2017 lineup now falls under the recall and joins a number of previously recalled models, while Audi is recalling the 2017 R8. Since the recall started, dozens of automakers have recalled millions of affected cars to replace potentially fatal and highly flawed airbags that can deploy bits of metal at occupants. Eleven deaths in the United States are directly related to the faulty airbags. Before the recall, Takata held a sizable share of the airbag market. When the failures began to occur, some automakers were left with no alternative suppliers. As it takes a few years for the airbags to fail, automakers without other options faced a choice: they could either build cars that would be recalled in the future or stop building cars altogether until a secondary supplier could be found. These recalls seem to be happening so frequently that owners may not know what to do or where to check to see if their car is potentially affected. NHTSA is keeping a comprehensive list of all affected models. Their website can help owners determine if they have a potentially problematic airbag installed and the steps to take to replace it.