The lifespan of a Dodge Challenger is dependent on factors such as how well it is taken care of and just luck really. If You take good care of the car and You get lucky it can last anywhere froM200,000 miles to over 400,000 miles.
Q. What motor is in a 2014 Dodge Challenger?
3.6 L V65.7 L V86.4 L V8
Table of Contents
- Q. What motor is in a 2014 Dodge Challenger?
- Q. Can you put regular gas in a Dodge Challenger?
- Q. How fast does a 2014 Dodge Challenger RT go?
- Q. How fast do a rt go?
- Q. How fast is a Dodge Challenger RT shaker?
- Q. How much HP does a Challenger RT shaker have?
- Q. Which is faster Hellcat or scat pack?
- Q. What does 392 mean on a charger?
Q. Can you put regular gas in a Dodge Challenger?
The 3.6L engine uses regular unleaded gasoline with an octane rating of 87. The 5.7L with an automatic transmission needs plus gasoline with an octane rating of 89.
Q. How fast does a 2014 Dodge Challenger RT go?
264 km/h
Q. How fast do a rt go?
The RT can go all the way to a blistering 155 miles per hour! It also gets there much more quickly than its counterpart, with a 0 to 60 mph timeframe of only 5.2 seconds.
Q. How fast is a Dodge Challenger RT shaker?
2017 Dodge Challenger R/T Shaker 0-60 Times, Top Speed, Specs, Quarter Mile, and Wallpapers
| Name | R/T Shaker |
|---|---|
| Horsepower | 372 HP |
| Torque | 407 N.m |
| Top Speed | 264 km/h |
| Acceleration 0-100 km/h (0-60 mph) | 5.8 s |
Q. How much HP does a Challenger RT shaker have?
Used 2016 Dodge Challenger R/T Shaker Specs & Features
| Engine | |
|---|---|
| Cylinders | V8 |
| Horsepower | 375 hp @ 5150 rpm |
| Torque | 410 lb-ft @ 4300 rpm |
| Turning circle | 37.4 ft. |
Q. Which is faster Hellcat or scat pack?
The Scat Pack takes around 4.3 seconds to hit 60 mph compared to 3.6 seconds in the Hellcat. The quarter-mile can be completed in 12.4 seconds with the Scat Pack or just 10.96 seconds in the Hellcat.
Q. What does 392 mean on a charger?
392 cubic inches is the reason the Charger and Challenger trims with the 6.4L engine are named Charger SRT 392 and Challenger SRT 392. To determine engine displacement, the number of cylinders and the size of the bore and stroke of the cylinders must be known. These numbers are then plugged into a formula.
