2dr Hb Sport Fiat 500 Sport Low Miles Hatchback Manual Gasoline 1.4l 16-valve I4 on 2040-cars

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2019 Fiat 500X First Drive Review | Anchor's away!

MALIBU, Calif. — We lived with the Fiat 500X for a year and were pleasantly surprised by everything it had to offer but — and this is a big but, a but worthy of Sir Mix-a-LotÂ’s affection — the entire powertrain.  ItÂ’s no small feat that the small crossover was able to charm us despite our distaste for the very thing that makes it move. For 2019Â’s mid-cycle facelift, Fiat has addressed that exact issue. Gone is the old, naturally aspirated 2.4-liter inline-four that Fiat called the Tigershark, but we called a boat anchor. It was noisy, unresponsive, and an insult to tiger sharks. We preferred the lower-spec 1.4-liter turbo to the higher-spec 2.4, and suggested that it should be offered on all trims. Now the sole engine on all trim levels is a turbocharged 1.3-liter with stop-start and Multiair III, FiatÂ’s third-generation cam-less variable intake valve system. Fiat also eliminated the front-wheel-drive option for 2019, making all 500Xs all-wheel drive. Though the motor is down three horsepower overall — 177 versus the TigersharkÂ’s 180 — it more than makes up for it in torque. The outgoing engine produced 175 lb-ft at a lofty 3,900 rpm, which wasnÂ’t really useful in real-world driving. The 2019 comes with 210 lb-ft at a mere 2,200 rpm, giving drivers significantly more grunt at the low end. Beyond that, Fiat says the engine is less thirsty than the 2.4-liter — the only engine available in 2018 all-wheel-drive models — returning 24 city and 30 highway mpg. ThatÂ’s 3 mpg better in the city and 1 on the highway, made possible with more efficient technologies like needle roller bearings around the exhaust cam, a variable displacement oil pump, and an integrated charge-air cooler and exhaust manifold. We'll note that the 2018 500X equipped with front-wheel drive, the 1.4-liter turbocharged engine and six-speed manual transmission is still the most efficient of them all, returning 25 city and 33 highway mpg. “The engine is about 80 pounds lighter than the 2.4,” chief engineer Adam Remesz told us, putting total curb weight for the AWD model with 17-inch alloys at 3,305 pounds. Improved efficiency also means reduced CO2 emissions, down from 264 grams per mile to 242. According to Remesz, thatÂ’s “about the amount expelled by an average adult male running a 10k race.” Sure. The new mill mostly addresses our biggest gripe with the 500X. The throttle feels peppier, and rolling acceleration is much improved.

Fiat 124 caught entirely undisguised

Dear automakers, please continue making these kind of mistakes. Thanks to what we're guessing is some lax security, the all-new, Mazda MX-5 Miata-based Fiat 124 was spotted taking part in a photo shoot near Santa Barbara, CA. The images show what we'd consider a fairly simple rebadging job. The 124 gets new front and rear clips that not only harken back to the original 124 (not to mention other Fiat roadsters, like the Barchetta), but also serves to distance this droptop from the rest of the company's US range. The similarities between the 124 and the car it's based on are even more obvious in the cabin. This is an MX-5 interior with Fiat's big, red badge on the tiller. That means the same quality materials and knob-dial infotainment system that have been so well received in the Miata. It's under the hood, though, where the Fiat really differs from its Japanese cousin. According to our spy, the vehicle shown here features some kind of two-pedal setup – probably the six-speed Euro twin-clutch used in the 500L and Dodge Dart. Don't worry, though, a six-speed stick will also be on offer. Regardless of transmission, we can expect a 180-horsepower version of the 1.4-liter, turbocharged, four-cylinder offered in the 500 Abarth. And if that's not enough good news, a dedicated Abarth model will likely arrive after launch, which our spies claim will use the 1.75-liter turbo and DCT from the Alfa Romeo 4C. While this represents a good look at the new 124, we'll probably be waiting until the LA Auto Show in November for the official look. Stay tuned.

KSPG testing low-noise EV range extender engine

If you're going to add a gas-burning engine to an electric vehicle, it makes sense to have it be whisper quiet. We haven't heard the engine ourselves, but supplier KSPG AG said during the Detroit Auto Show this week that the range extender it put into a Fiat 500 for test purposes introduced "barely perceptible noise and vibration" levels. The engine, a two-cylinder V-type with something called "FEVcom vibration compensation" that allows the engine to kick on and power the vehicle without the cabin occupants really being able to notice. The whole unit - including a vertical crankshaft, two generators and gear wheel drive - comes in a ready-to-install support frame, KSPG says. Installed in the 500, it certainly looks tiny (click the image above to see what we mean). KSPG says the range extender is "largely universally mountable" and could be made cheaply if it were used in a variety of vehicles. KSPG worked with FEV on the project. Read more in the press release below. Low-noise range extender dispels battery runtime angst January 13, 2014 Together with FEV GmbH, KSPG is currently and successfully testing a range extender developed for electric vehicles. The test vehicle, based on the FIAT 500, has already undergone comprehensive tests at KSPG. Customer response to tests conducted at various OEMs underscore the targets achieved in the development of this extender where emphasis was on barely perceptible noise and vibration from the 2-cylinder V-type engine fitted with FEVcom vibration compensation. Thanks to its dedicated design features including active vibration compensation and convenient mounting location, the system on show performs excellently in the noise- vibration-harshness discipline. As a consequence, the impression of low-noise electric propulsion hardly suffers whenever the extender goes about its work. The range extender allows vast flexibility in the configuration of its operating strategy. Depending on the timing and load conditions for when it starts up, the unit's "operating philosophy" can be very closely adapted to any given conditions. The extender's advantages are to allow a reduction in battery size and cost and in the related weight. Also, the car can maintain its customary travel range without having to stop for lengthy recharging. It dispels "runtime angst," a phenomenon not to be underestimated when introducing electric mobility.