"Mazda claims the CX-5 is one of the most aerodynamic compact SUVs around, with a drag coefficient of 0.33."
2017 "AERODYNAMICS
Mazda's aerodynamic 'ground line' concept aims to streamline air flow along the underbody, and establish a balance between the flow of air over and beneath the body as it converges at the rear of the vehicle.
To this end, the front grille employs duct shaped opening, and strategically positioned aerodynamic parts have been added. An active air shutter keeps the lower front grille closed whenever possible.
As a result of these measures, the all-new CX-5's drag coefficient has been lowered by some 6% over that of the current model"
*Drag coefficient (Cd) 0.32 *
Just wondering, 'cause a 6% improvement over .33 would be .31 (or close to it).0.32
Does anyone know the Cd for the 2017 CX-5? Everything I've found is blank. I'm guessing it's pretty high, looking at the front end.
"Mazda claims the CX-5 is one of the most aerodynamic compact SUVs around, with a drag coefficient of 0.33."
2017 "AERODYNAMICS
Mazda's aerodynamic 'ground line' concept aims to streamline air flow along the underbody, and establish a balance between the flow of air over and beneath the body as it converges at the rear of the vehicle.
To this end, the front grille employs duct shaped opening, and strategically positioned aerodynamic parts have been added. An active air shutter keeps the lower front grille closed whenever possible.
As a result of these measures, the all-new CX-5's drag coefficient has been lowered by some 6% over that of the current model"
*Drag coefficient (Cd) 0.32 *
what makes you say that? any modern car is quite aerodynamic.
The front end isn't all that matters at all.
What makes you think that it might be, Unobtanium, hmmm?
The rear end is at least as important as the front end, if not more so. The air flowing around the body has to come back together in the low pressure zone behind the car. The more turbulence created in this zone, the greater the drag. Also, underbody aerodynamics makes a big difference, especially on a SUV/CUV because of the higher ride height.
It’s good for an suv/cuv when you say median for passenger cars that’s going to include things like regular sedans that are more aerodynamic than suv/cuv most notably by being closer to the ground.
the CX 5 has a better drag coefficient than a F1 race car and Lambo Countach. https://en.wikipedia.org/wiki/Automobile_drag_coefficient