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25,000 Jeep Grand Cherokee, Dodge Durango SUVs recalled over brake feel

Chrysler has announced that it is recalling over 25,000 Jeep Grand Cherokee and Dodge Durango SUVs from several markets over concerns about brake feel under hard braking. The affected models are from the 2012 and 2013 model years, although the actual dates of production aren't available. 18,700 are in the US, while 825 are in Canada, 530 are in Mexico and a further 5,200 outside of North America.
According to a statement, Chrysler was informed of the issue by a component supplier for the Ready Alert Braking system, which primes the brakes in anticipation of an emergency stop. A component in the system was restricting the flow of brake fluid too much.
As Chrysler is quick to point out, the way the brakes functioned was in compliance with regulations and there are no reported cases of drivers losing braking power. Instead, the issue rests with what Chrysler calls a pedal feel that "was not consistent with customer expectations." So it would seem Chrysler is being proactive and fixing a problem not because there's a legal issue at work, but simply because it doesn't feel the way the manufacturer wants it to. Well done.

Dodge Challenger ADR prototypes spied with massive rubber

In an effort to give the Dodge Challenger one last hurrah before making the switch to the Giorgio platform in 2018, Automotive News reports that the automaker will come out with the Challenger ADR. The ADR, which stands for American Drag Racer, is expected to be a wide-body, Hellcat-powered variant that is closely based off of the current model. The report seems to have merit, as photographers have captured Challenger prototypes testing with massive tires. The prototypes look extremely similar to the current Challenger SRT Hellcat with the same hood scoop, front fascia design, rear spoiler construction, and rear end. The white and purple vehicles, though, are wearing extremely wide tires. The extra-wide rubber on the prototypes appear to have a similar tread design as the ones found on the Dodge Viper ACR, which features the grippy Kumho Ecsta V720. While the ACR wears 295 mm tires at the front, the car's rear tires are massive at 355 mm. The tires found on the prototype don't appear to be as large as the ones found on the ACR, but are expected to be larger than the current Challenger SRT Hellcat's, which are Pirelli P Zero Neros measuring 275 mm at all four corners. The Challenger ADR, with its wider, stickier tires is expected to cater to drivers that are looking to put all of the supercharged 6.2-liter V8's power to the ground. The rear-wheel-drive ADR is expected to come with a wide-body kit, which is missing from the prototypes. The Hellcat-powered, wide-body Challenger ADR is expected to make an appearance later in 2017, with an all-wheel-drive model (sans Hellcat engine) known as the GT AWD following closely thereafter. Related Video: This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Featured Gallery Dodge Challenger ADR Spy Shots View 16 Photos Spy Photos Dodge Coupe Performance prototype testing dodge challenger srt hellcat

2015 Dodge Charger R/T NHRA Funny Car burns rubber into SEMA [w/video]

Fiat Chrysler Automobiles is showing off a completely redesigned Dodge Charger Funny Car at this year's SEMA Show in Las Vegas and it's ready to blow through the NHRA timing lights next year. Initially, the shape might look like any of the other entrants in its class burning through the quarter mile, but this is the first comprehensive rethink for the racecar's aerodynamics since 2006, says Dodge.
Draped in classy red and black Mopar livery, the 2015 Dodge Charger R/T NHRA Funny Car tries to share the front and rear styling with its roadgoing counterpart, plus the scallops along the side, but this racer is all about crossing the finish line first.
The major goals for the redesign included making the body stronger and lighter without sacrificing aerodynamics, and that has been done with materials like Kevlar and carbon fiber. However, engineers have accomplished even more. By moving the cockpit further back, they've increased engine clearance and improved driver visibility.