Okay… thanks Howard.
So that begs the question for me, why the two classes (360 or 410) at all?
If I were to look at getting in to a sprinter and was putting together a Chevy power plant under open rules with only a cubic inch restriction. What’s the engine bill difference between say putting together a 355 or a 406? If I can buy all aluminum castings for both…. Stuff ‘em with titanium and ultra-light weight forged steel stuff for either one… and I can have the machinist do everything that has ever been thought of to make them produce more power, last longer and weigh less to both. What’s the $$$ difference on the final engine bill? Few hundred more for the 406?
Now the STOCK steel block on the 305’s would be a pretty significant cost savings…. And so would a steel-block if a track or sanctioning body was putting that restriction on the 360’s… But I’m not really seeing the reasoning for even having the two classes. Unless I’m missing something, which could always be the case with me. LOL
So that begs the question for me, why the two classes (360 or 410) at all?
If I were to look at getting in to a sprinter and was putting together a Chevy power plant under open rules with only a cubic inch restriction. What’s the engine bill difference between say putting together a 355 or a 406? If I can buy all aluminum castings for both…. Stuff ‘em with titanium and ultra-light weight forged steel stuff for either one… and I can have the machinist do everything that has ever been thought of to make them produce more power, last longer and weigh less to both. What’s the $$$ difference on the final engine bill? Few hundred more for the 406?
Now the STOCK steel block on the 305’s would be a pretty significant cost savings…. And so would a steel-block if a track or sanctioning body was putting that restriction on the 360’s… But I’m not really seeing the reasoning for even having the two classes. Unless I’m missing something, which could always be the case with me. LOL