This question is mainly for my scientists and math wiz’s.
so here’s my question, on the Dyno you car isn’t moving, and therefore there’s no wind resistance.
On a virtual Dyno, ur Dynoing your card on the road and there is wind resistance, and the faster you go, the more the wind effects your car. This is why all the fastest cars are extremely low and aerodynamic. Even underneath them is completely flat by using metal or plastic sheets. And they don’t have huge spoilers that catch the wind.
I seriously doubt the creator of virtual Dyno factored this in when he created virtual Dyno, because there is no place to put the car’s coefficient of drag.
so, how much horsepower and torque is lost due to wind resistance at say 50 mph, 75 mph, and 100 mph?
so here’s my question, on the Dyno you car isn’t moving, and therefore there’s no wind resistance.
On a virtual Dyno, ur Dynoing your card on the road and there is wind resistance, and the faster you go, the more the wind effects your car. This is why all the fastest cars are extremely low and aerodynamic. Even underneath them is completely flat by using metal or plastic sheets. And they don’t have huge spoilers that catch the wind.
I seriously doubt the creator of virtual Dyno factored this in when he created virtual Dyno, because there is no place to put the car’s coefficient of drag.
so, how much horsepower and torque is lost due to wind resistance at say 50 mph, 75 mph, and 100 mph?