1971 Dodge D/w Series on 2040-cars
Redding, California, United States
Transmission:Manual
Vehicle Title:Clean
Engine:318
Fuel Type:Gasoline
Year: 1971
VIN (Vehicle Identification Number): 00000000
Mileage: 70670
Number of Cylinders: 8
Model: D/W Series
Exterior Color: Yellow
Make: Dodge
Drive Type: 4WD
Dodge D/W Series for Sale
1967 dodge d/w series(US $15.50)
Auto Services in California
Zoe Design Inc ★★★★★
Zee`s Smog Test Only Station ★★★★★
World Class Collision Ctr ★★★★★
WOOPY`S Auto Parts ★★★★★
William Michael Automotive ★★★★★
Will Tiesiera Ford Inc ★★★★★
Auto blog
Fiat Chrysler Automobiles recalls nearly 750k vehicles in two campaigns
Thu, 16 Oct 2014Fiat Chrysler Automobiles is recalling a total of 747,817 vehicles in the US in two separate campaigns recently added to the National Highway Traffic Safety Administration database.
The first one covers about 434,581 units of the Chrysler 300, Dodge Charger, Challenger, Durango, and Jeep Grand Cherokee from the 2011-2014 model years with electric hydraulic power steering, the 3.6-liter V6 engine and a 160 amp alternator, according to FCA. In the affected vehicles, it's possible for the alternator to fail without warning and possibly cause the car to stall. According to the documentation submitted to NHTSA, the automaker began investigating the problem in August 2014 and has found possible evidence of one crash caused by the failures but no known injuries.
Customers will begin receiving notification about the recall next month, and obviously the repairs will be done at no cost to them.
MotorWeek relives '80s coupes with Dodge Daytona, Ford Escort EXP
Thu, Aug 6 2015Get ready for a wave of nostalgia and the rapid realization of the huge progress in performance cars over the last 30 years. For its latest Retro Review, MotorWeek takes a look back at two, front-wheel drive coupes from the '80s that seem to have entirely vanished from the roads today. Both the 1986 Dodge Daytona CS and the 1986.5 Ford Escort EXP were considered affordable, sporty options in their day, but the passage of time hasn't been kind to either of their specs. The Daytona certainly looks the part of a performance machine with a body that's reminiscent of other '80s coupes, like the third-gen Chevrolet Camaro. However with 146 horsepower and 170 pound-feet of torque from a 2.2-liter turbocharged four-cylinder, acceleration wasn't exactly a strong suit. MotorWeek complained about copious torque steer, as well. The optional CS suspension upgrade package on this Daytona was apparently a nod to Carroll Shelby who was working with Dodge at the time. If anything, the Escort EXP withstands the test of time even worse. As a two-seat coupe, you might have expected Ford's engineers to really turn up the performance to fit the sporty image that the exterior conveyed. That didn't really happen, and depending on which model buyers ordered, they got either 86 horsepower with a 1.9-liter engine or the "high-output" version of that mill with 108 hp.
Dodge bringing revamped Challenger, Charger to Big Apple
Mon, 07 Apr 2014The 2014 New York Auto Show will be a big one for Dodge, as the brand has announced that refreshed versions of the 2015 Challenger and 2015 Charger will debut at the show. This is a particularly big deal for the two-door Challenger which, visually, has remained unchanged since is burst back onto the scene in 2008 and helped reignite the muscle car wars.
As a sort of hint, this announcement was accompanied by the picture you see above - the Super Bee logo in the Challenger's new instrument cluster. According to Dodge, the New York debut of a new "powertrain combination" - possibly with the high-output Hellcat V8 - will leave enthusiasts "abuzz."
As for the Charger, Dodge is promising a full redesign that should be a significant departure from the blunt, angry looks of the current model. At this point, there's no indication that the Challenger's new powertrain could be fitted to the Charger, although considering how mechanically similar these two vehicles have been, it doesn't seem outside the realm of possibility.











