1995 Jeep Wrangler 4x4 V6 Rio Grande Edition *only 96,856* Miles on 2040-cars

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Star Trek actor's death may be linked to Jeep shifter issue

The tragic death of Anton Yelchin on Sunday may have resulted from a known design flaw with his Jeep Grand Cherokee. The 27-year-old actor, best known for playing Pavel Chekov in the latest Star Trek movies, was reportedly crushed when his vehicle rolled backwards down the driveway in front of his house, pinning him against a brick pillar and metal gate. The 2014-15 Grand Cherokee was one of three models (alongside the Dodge Charger and Chrysler 300 sedans) that Fiat Chrysler recalled this past April due to roll-away risk. The vehicle was equipped with an unintuitive "e-shifter" that didn't deliver the usual tactile response of being shifted into position, leading to numerous drivers exiting the vehicle mistakenly thinking that it was in Park. The problem was reported to have resulted in 41 injuries – and now possibly Yelchin's death as well. The manufacturer stated at the time of the recall that "the vehicles involved in these events were inspected and no evidence of equipment failure was found." It determined that while the vehicle warned occupants if the driver's-side door was opened while the engine was running and the transmission not in the Park position, such measures may have been insufficient. Its remedy for the problem involved updating the vehicle software to better warn drivers in such an event, and changing the design for subsequent models. "Regarding the recall," an FCA spokesman told Autoblog, "I can confirm notices were mailed to affected customers. Included in those notices were tip sheets describing proper operation of the shifter. This supplemental information echoes the instructions in the owner's manual." Yelchin was born March 11, 1989, in St. Petersburg, Russia. His parents were a figure-skating pair, and defected to the United States when Anton was just six months old. In the prime of his career, Yelchin had several films currently in development, including Star Trek Beyond, set to reach theaters next month. His body was reportedly discovered by friends when he didn't show up for rehearsal. Related Video:

FCA inline-six rumored to be real, headed for Jeep Wagoneer

In September, Allpar reported that that clues being dropped at Fiat- Chrysler headquarters, in the carmaker's factories, and on engineer resumes pointed to the development of an inline six-cylinder engine. The site has just proclaimed the rumor is reality, writing that the straight-six, "turbocharged to meet or beat 5.7 Hemi power ratings, with a smoother torque curve, is on the way." The motor's first outing is expected to be either the next-generation Jeep Grand Cherokee, debuting perhaps next year, or the Jeep Wagoneer, debuting in 2020 or 2021. "Tornado" is the purported codename for the power plant said to be just under three liters in displacement, expanding the family begun with the Global Medium Engine 2.0-liter turbo codenamed Hurricane. Engine bay constraints and a long use horizon mean engineers won't simply add two more cylinders to the GME, however. Allpar says the brief is to keep the Tornado GME-T6 — the alphanumeric for "turbocharged six" — no more than three inches longer than the Tigershark 2.4-liter four-cylinder. That means "major design changes" that could include a space-saving head, more closely spaced cylinders, and no cylinder liners. An FCA division called Comau could be called on for its "SmartSpray" plasma lining technology. Allpar muses that the standard version of the engine for Chrysler, Dodge, Jeep, and Ram could get a single twin-scroll turbocharger. Performance trims for Alfa Romeo and Maserati could get different heads and maybe twin turbos, an SRT version might also get both those tweaks. History shows that the Italian versions would make changes to the block, as well. Even so, the Tornado would be less expensive than any Ferrari-supplied V6. A straight-six would put FCA in company with current adopters BMW and Mercedes-Benz, future users like Jaguar, and perhaps Aston Martin. The engine would span the widest range of use cases in the U.S. carmaker's portfolio, though. Potential applications include being a base engine for Ram trucks, serving double duty as a base engine and 5.7-liter Hemi replacement for the Dodge Charger and Challenger, working in the high-end Jeeps, and as a properly hot trim — with Ferrari-designed heads — in the luxury Italian sports cars. The Alfa Romeo Giulia begs for just such motivation to fill the gap between the 280-hp, $42,695 Ti Sport RWD and the 505-hp, $73,700 Giulia Quadrifoglio RWD. And a twin-turbo inline-six in a Maserati Alfieri would stack up nicely with the Germans.

Some Jeep Cherokees and Chrysler 200s to get standard stop-start in 2015

Automakers the world over are striving to find ways to make their models more efficient, and Chrysler has a solution for some versions of the 2015 Chrysler 200 and 2015 Jeep Cherokee (2014 model shown). The Tigershark 2.4-liter four-cylinder in the 200 and the 3.2-liter Pentastar V6 in the Cherokee are getting a slight boost later this year thanks to the addition of Chrysler's Engine Stop-Start system as standard equipment. The company predicts modest gains - a three-percent improvement in fuel economy and a three percent reduction in CO2 emissions with the new tech compared to without it. While it's not much, those who sit in traffic a lot may see a difference.
Chrysler's stop/start system uses a high-speed starter motor to restart the vehicle in a claimed a third of a second. It works by detecting when the vehicle comes to a stop and turning off the engine. A more powerful battery maintains all of the model's accessories while it sits. When the driver lets off the brake, the car starts up again to drive away. There is even a button in the cabin to turn the ESS off, if desired.
The Jeep will be the first to receive ESS in the third quarter of this year to coincide with the start of production of the 2015 model-year version. The 200 will follow in the fourth quarter as a rolling change in production.