How much will it cost to reach 600 reliably? And just in the engine. Not factoring in the rest of the car or labor. I just want to know if going coyote is the better option. Btw my 04 gt is payed off.
If it takes you more than 10 minutes to fix your carb to the point that it won't have to be touched again except for fine tuning, then you are too stupid to work on anything.I see a lot more broken down carb'd engines than EFI engines. Especially coyotes. Just ask my friend about how much fun he has with his 455 BBP engine.
We aren't in the 60s anymore.
You wanna talk about reliability of a system? Piston engine aircraft engines need ****in reliability. The pilot's life depends on it.I see a lot more broken down carb'd engines than EFI engines. Especially coyotes. Just ask my friend about how much fun he has with his 455 BBP engine.
We aren't in the 60s anymore.
I have a carbed mustang.
Generally carbs make 10% more peak Hp if thats what you're asking.So I'm guessing it's so totally fast right?
Bullitts are better than Bullets
You wanna talk about reliability of a system? Piston engine aircraft engines need ****in reliability. The pilot's life depends on it.
Know what those guys run? Their industry standards are:
-NOT EFI (Usually mechanical injection which is even more basic than carbs)
-NOT VVT
-NOT CDI (mechanical distributors, baby)
This is correct. And I would like to add that "modern" aviation piston engine technology is roughly 80 years old! This is, mostly, due to the extremely expensive FAA certification process that aviation engines must undergo before they are able to be sold for use in a FAA certified aircraft. It is a process that not many corporations are willing to finance... Even Honda couldn't make any financial sense of bringing a thoroughly modern engine to the market. The certification process stifles new technology from being used.Lol lets go there. I am an A&P mechanic. First of all most light aircraft is carbed. You're right. They have magnetos as ignition. Get into anything that goes above 12.5k feet it's most likely fuel injected and run low tension ignition. And more likely than that it will be turbo-supercharged. In aircrafts cases you make more power with fuel injection and has a wider range of altitude operation. We will skip jet engines for sake of argument which are fuel injected to a certain extent.
Sent from my iPhone using Mustang Evolution
Combustion chamber design plays a massive role in the brake specific fuel consumption of an engine. There is a long list of things you can do to design an engine to be more efficient. Simply having pushrods, mech injection, and cooling fins does not mean it can't be efficient.No matter. I like the simple 1930's design of the engines. They are simple and reliable, although, maybe not as efficient as they could be.
Here is the Honda prototype.
Sent from my SAMSUNG-SGH-I747 using Mustang Evolution mobile app