How does Porsche make an engine reliable at 9000 RPM????
#17
Addict
Rennlist Member
Rennlist Member
Several years for the F458, but I bet very few have many miles. Used Ferraris appear on the market with a small fraction of the miles of their Porsche contemporaries, on average.
#18
My personal experience is 30,000 kms yrs in under 2 yrs, most of that spirited canyon carving on hot days and quite a few track days (some of them in searing heat above 100 F). The 458 engines are indeed almost like a race car. I have abused the 458 more than I have any other car. It just takes it. I also have some examples of people who push it even harder than me. Still no engine problems.
I have seen 458s here with over 50,000 kms but agree with you that miles on them are still less than porsches. But I have every reason to believe that the reliability will continue on these cars.
#19
RL Community Team
Rennlist Member
Rennlist Member
New Porsche 991 GT3. First Drive. - /CHRIS HARRIS ON CARS - YouTube
Go to 9.10. According to Chris the answer to your question is because they are porsche I am sure they will make the engine reliable at 9000 rpm.
458 engines have been revving to 9000 for several years and have proven rock solid so far. If ferrari can do it, porsche should be able to do it better.
Go to 9.10. According to Chris the answer to your question is because they are porsche I am sure they will make the engine reliable at 9000 rpm.
458 engines have been revving to 9000 for several years and have proven rock solid so far. If ferrari can do it, porsche should be able to do it better.
#20
RL Community Team
Rennlist Member
Rennlist Member
Been there, done that, many times myself.
But the question is not whether it can without blowing up, but whether how often it can without blowing up?
To the latter question, no one is really certain at this point. Probably not even the geeks at Porsche HQ.
I'm just hoping that it'll last 1 day more than my warranty.
#21
Three Wheelin'
Agreed.
Been there, done that, many times myself.
But the question is not whether it can without blowing up, but whether how often it can without blowing up?
To the latter question, no one is really certain at this point. Probably not even the geeks at Porsche HQ.
I'm just hoping that it'll last 1 day more than my warranty.
Been there, done that, many times myself.
But the question is not whether it can without blowing up, but whether how often it can without blowing up?
To the latter question, no one is really certain at this point. Probably not even the geeks at Porsche HQ.
I'm just hoping that it'll last 1 day more than my warranty.
#24
Addict
Rennlist Member
Rennlist Member
#25
As karimGt3 knows, people in Lebanon push their cars very hard.. All we have are fantastic mountain roads with slippery tarmac ... Only time will tell... I'm already thinking that I will keep this car for a long time...
#27
Drifting
Join Date: Jul 2009
Location: Belmont Shore in Long Beach CA
Posts: 2,740
Likes: 0
Received 2 Likes
on
2 Posts
We are talking about flat six engines; as an asides how does Ferrari do the same with a Naturally Aspirated V8?
Hell how do the developer's of F1 engines go over 20K RPM in developing the engines that will eventually make it into the actual F1 cars? I'm not saying that F1 cars reach that in actual racing - at least not yet!
Hell how do the developer's of F1 engines go over 20K RPM in developing the engines that will eventually make it into the actual F1 cars? I'm not saying that F1 cars reach that in actual racing - at least not yet!
#28
Rennlist Member
We are talking about flat six engines; as an asides how does Ferrari do the same with a Naturally Aspirated V8? Hell how do the developer's of F1 engines go over 20K RPM in developing the engines that will eventually make it into the actual F1 cars? I'm not saying that F1 cars reach that in actual racing - at least not yet!
#29
We are talking about flat six engines; as an asides how does Ferrari do the same with a Naturally Aspirated V8?
Hell how do the developer's of F1 engines go over 20K RPM in developing the engines that will eventually make it into the actual F1 cars? I'm not saying that F1 cars reach that in actual racing - at least not yet!
Hell how do the developer's of F1 engines go over 20K RPM in developing the engines that will eventually make it into the actual F1 cars? I'm not saying that F1 cars reach that in actual racing - at least not yet!