From Scott Ahlman
http://www.fordgtforum.com/2015/02/03/goodyear-tires-and-the-2005-ford-gt/
:cheers
http://www.fordgtforum.com/2015/02/03/goodyear-tires-and-the-2005-ford-gt/
:cheers
Yeah, buddy. This kind of information is part of why this Forum is the BEST! Great folks, and the designers/builders/testers all love the car and stay plugged into the user community.
Scott review spoils us with a nice blend of the technical, albeit with a user-friendly style. How many iterations of the F1 tire did it take to make you guys happy?
Great work, as always Scott - thanks!
Air density. More dense charge at lower temperature. Perfect Gas Law. If you have an interest in aviation it is like density altitude and why planes take off in a shorter distance in cold weather. High, hot and humid increase takeoff distance because the wing is not as effective in creating lift nor does the normally aspirated engine make as much power. And SC engine makes power more quickly (directly with rpm) than a turbo setup (turbocharger lag due to exhaust mass flow). Thus more care is needed with an SC powered car with tires in "glass transition".The higher horse increase for a SC engine vs a turbo'd motor as temps decrease is an interesting phenomenon. Why is this? Also then, shouldn't the GT be especially responsive to water injection?
Air density. More dense charge at lower temperature. Perfect Gas Law. If you have an interest in aviation it is like density altitude and why planes take off in a shorter distance in cold weather. High, hot and humid increase takeoff distance because the wing is not as effective in creating lift nor does the normally aspirated engine make as much power.
The higher horse increase for a SC engine vs a turbo'd motor as temps decrease is an interesting phenomenon. Why is this? Also then, shouldn't the GT be especially responsive to water injection?
How many iterations of the F1 tire did it take to make you guys happy?