How tall is a 2008 Honda Accord EX L?
Used 2008 Honda Accord EX-L Sedan Features & Specs. BASIC WARRANTY 3 Yr./ 36000 Mi. LENGTH 16ft 2.1in WIDTH 6ft 0.7in Body style illustration may not reflect the actual shape of this vehicle. FRONT TRACK 5 ft. 2.2 in. (62.2 in.) HEIGHT 4 ft. 10.1 in. (58.1 in.) LENGTH 16 ft. 2.1 in. (194.1 in.) REAR TRACK 5 ft. 2.2 in.
What kind of engine does a Honda Accord have?
The 2008 Honda Accord comes with a choice of powerful and fuel-efficient engines. The LX and LX-P sedans come with a 2.4-liter four-cylinder that produces 177 hp and 161 pound-feet of torque. An upgraded version of that 2.4-liter engine that makes a class-leading 190 hp is standard on the EX sedans and all coupes.
Which is the best review of a 2008 Honda Accord?
Edmunds’ expert review of the Used 2008 Honda Accord provides the latest look at trim-level features and specs, performance, safety, and comfort. At Edmunds we drive every car we review, performing road tests and competitor comparisons to help you find your perfect car. Read the full in-depth review of the Used 2008 Accord at Edmunds.
What’s the coefficient of drag on an Acura NSX?
Vehicle CdA Make Model Year Cd Frontal Area (ft^2) Acura CL 1997 – 1999 0.34 21.6 Acura CL 2000 – 2003 0.32 22.0 Acura Integra 1994 – 2001 0.32 19.5 Acura NSX 1995 – 2005 0.32 19.2
What is the drag coefficient of an SUV?
Typical drag coefficients • The average modern automobile achieves a drag coefficient between 0.30 and 0.35. • SUVs(sport utility vehicle), with their typical boxy shapes and larger frontal area, typically achieve a Cdof 0.35–0.45.
How does rear spoiler affect coefficient of drag?
Some cars now feature automatically adjustable rear spoilers, so at lower speed the effect on drag is reduced when the benefits of reduced lift are not required. Side mirrors both increase the frontal area of the vehicle and increase the coefficient of drag since they protrude from the side of the vehicle.
How does reducing drag affect the top speed of a vehicle?
The reduction of drag in road vehicles has led to increases in the top speed of the vehicle and the vehicle’s fuel efficiency, as well as many other performance characteristics, such as handling and acceleration. The two main factors that impact drag are the frontal area of the vehicle and the drag coefficient.