2013 Modded Fiat 500 Abarth on 2040-cars

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FCA US under-reported death and injury claims to NHTSA

The National Highway Traffic Safety Administration says FCA US significantly under-reported death and injury claims due to flaws in its early warning system. The government first discovered a potential problem with the automaker's reporting in late July, and FCA US has been investigating the issue since. NHTSA claims that the problem appears linked to the way the company gathers and reports safety information. The agency is still investigating how serious the flaws are and their causes. "This represents a significant failure to meet a manufacturer's safety responsibilities," NHTSA Administrator Mark Rosekind.Rosekind said in a statement. FCA US admits that it "identified deficiencies" in the reporting, but in a statement the company said that it notified NHTSA of the issue immediately. The company promised that it is taking this problem "extremely seriously" and pledged to remedy the situation. In late July, FCA US was hit with a potential $105-million fine by NHTSA for the way the automaker conducted some recalls. As part of that agreement, the company also consented to more rigorous oversight by safety regulators in the future and a buy-back of some affected vehicles. Other automakers have been punished for failing to submit EWR data. Honda incurred a $70 million fine in January from NHTSA for missing 1,729 incidents over 11 years. Ferrari had to pay $3.5 million in 2014 for not sending them in for three years. Statement from NHTSA Administrator, Mark Rosekind, on Fiat Chrysler Automobiles' under-reported discrepancy in FCA's Early Warning Report data September 29, 2015 "In late July, NHTSA notified Fiat Chrysler Automobiles of an apparent discrepancy in FCA's Early Warning Report data. FCA has informed NHTSA that in investigating that discrepancy, it has found significant under-reported notices and claims of deaths, injuries and other information required as part of the Early Warning Reporting system. Preliminary information suggests that this under-reporting is the result of a number of problems with FCA's systems for gathering and reporting EWR data. This represents a significant failure to meet a manufacturer's safety responsibilities. NHTSA will take appropriate action after gathering additional information on the scope and causes of this failure." – Mark Rosekind, NHTSA Administrator. Statement: TREAD Reporting September 29, 2015 , Auburn Hills, Mich.

FCA's Pentastar V6 gets more power, efficiency for 2016

Already a vital member of FCA's powertrain lineup, the 3.6-liter Pentastar V6 is receiving major efficiency improvements for 2016. Thanks to a massive amount of new tech attached to the mill, fuel economy is up six percent, and torque below 3,000 rpm jumps nearly 15 percent. The updates arrive first in the 2016 Jeep Grand Cherokee, but they should proliferate to other models eventually. At least in the Grand Cherokee, the tweaks push power up five horsepower to 295 ponies. FCA's engineers went through the Pentastar from top to bottom to eke out as much efficiency as possible. For example, there's now a two-speed variable-valve lift system that can run in low- or high-lift modes. This upgrade is responsible for 2.7-percent better economy, the company claims. A new intake manifold with longer runners and updated variable-valve times also helps boost the torque output. Further improvements come from pushing the compression ratio to 11.3:1, from 10.2:1 before. Perhaps most impressive is that despite all of the innovations, the latest Pentastar actually weighs four pounds less than the current version. Beyond the Pentastar improvements, all of the FCA US gasoline engines, except for the Viper's 8.4-liter V10, will be E15-compatible for 2016. The company says that it wants to be ready for the higher ethanol content fuel's greater use in the near future.

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.