What are the features of the Subaru WRX?
The Subaru WRX has a turbocharged engine, which means it can deliver more power than a naturally aspirated engine. The turbocharged engine also helps the car achieve better fuel economy than similar models that don't have one. The Subaru WRX has a six-speed manual transmission, so you can shift gears instead of letting an automatic transmission do all the work. With this type of gearbox, you'll get better control over acceleration and braking- and some people find it more fun to drive! Like its Subaru siblings, the WRX comes equipped with all-wheel drive.
What is comparable to the Subaru WRX?
The Hyundai Elantra N is the closest competitor to the Subaru WRX. Both the Subaru WRX and the Hyundai Elantra N are sporty sedans that appeal to drivers who want to have fun on the daily drive. The Elantra is a compact sports sedan that offers similar performance and handling characteristics, and has an automatic transmission, but doesn't offer all-wheel drive. This means that this car might not be ideal for you if you live somewhere with lots of snow or rain. The two cars are similar in many ways, but some key differences make one better than the other for specific buyers.
Is an Elantra N faster than the Subaru WRX?
The Subaru WRX is one of the most powerful cars in its class, with 268 horsepower and 259 lb-ft of torque. The Elantra N has 181 horsepower and 178 lb-ft of torque. The WRX has more horsepower, which means it can accelerate from 0 to 60 mph in 5.1 seconds, while the Elantra N takes 7 seconds to do the same thing, meaning the WRX is the vehicle with more get-up-and-go!
Does the Subaru WRX have AWD?
The Subaru WRX has all-wheel drive, so you can expect to stay on the road no matter what driving conditions you encounter. This may be the perfect option if you are looking for a car that will give you peace of mind when driving in bad weather or on unpaved roads. All-wheel drive improves traction on wet roads. The all-wheel drive in a Subaru sends power to the wheels before they lose traction. Instead, AWD systems work to redirect extra power to all wheels for consistent power distribution. Instead of just spinning out like front-wheel drive vehicles do in bad weather conditions, AWD systems distribute torque evenly across all four wheels so that no matter how much traction is available, there will always be enough power going to each tire.
