Never argue with a fool, onlookers may not be able to tell the difference. ~Author unknown, attributed to Mark Twain
Inspite of this good advice I will battle on regardless, but where to start?
It's not a piece of paper that I'm lording over you, it's knowledge and experience, if you were a clever little cookie you'd try and take some of that knowledge in.
On the topic of confusing fact with opinion, here's a fact, I was comparing a turbo'd 3B to a 13B-T, not a 13B-T to a 3B, and even more amusingly a 3B to a 3BII (that one gave me a really good laugh and help put this whole thing in context). To put this to bed here is a short list of facts as to how a 13B-T is superior to a turbo'd 3B (And I will repeat myself "A short list")
*Better engine longevity
*Better fuel economy
*More power (all things being equal that is eg. turbo size and boost run, fuel settings etc..)
Stop picking a pointless fight and wasting everybodies time, the only near valid point you had was parts, which isn't really valid when comparing which engine is superior by design, it comes under that heading of other contributing factors as to why you would turbo your 3B, it has nothing to do with comparing engine design. As for parts anyway, If you didn't notice the original poster doesn't live next door to you, He lives in Brisbane where parts for both engines are plentyful.
On the voltage front, again not really an issue as we don't generally see many crusiers with a 24V system. So not an issue.
To explain in depth why one is better than the other would take more time and energy then I have, for the love of god there are literally thousands of textbooks written about desiel engine design, do you really think I could cover enough bases in one post to prevent some turkey finding some tiny and irrelevant point to argue? if you take nothing else out of what I have posted take hed of this-
"A 13B-T IS DESIGNED TO RUN ON A FORCED AIR INDUCTION, A 3B IS NOT, IT IS DESIGNED TO RECIEVE AIR AT ATMOSPHERIC PRESSURE, WHICH ONE DO YOU THINK IS BETTER SUITED TO A FORCED AIR INDUCTION SYSTEM?"





Inspite of this good advice I will battle on regardless, but where to start?
It's not a piece of paper that I'm lording over you, it's knowledge and experience, if you were a clever little cookie you'd try and take some of that knowledge in.
On the topic of confusing fact with opinion, here's a fact, I was comparing a turbo'd 3B to a 13B-T, not a 13B-T to a 3B, and even more amusingly a 3B to a 3BII (that one gave me a really good laugh and help put this whole thing in context). To put this to bed here is a short list of facts as to how a 13B-T is superior to a turbo'd 3B (And I will repeat myself "A short list")
*Better engine longevity
*Better fuel economy
*More power (all things being equal that is eg. turbo size and boost run, fuel settings etc..)
Stop picking a pointless fight and wasting everybodies time, the only near valid point you had was parts, which isn't really valid when comparing which engine is superior by design, it comes under that heading of other contributing factors as to why you would turbo your 3B, it has nothing to do with comparing engine design. As for parts anyway, If you didn't notice the original poster doesn't live next door to you, He lives in Brisbane where parts for both engines are plentyful.
On the voltage front, again not really an issue as we don't generally see many crusiers with a 24V system. So not an issue.
To explain in depth why one is better than the other would take more time and energy then I have, for the love of god there are literally thousands of textbooks written about desiel engine design, do you really think I could cover enough bases in one post to prevent some turkey finding some tiny and irrelevant point to argue? if you take nothing else out of what I have posted take hed of this-
"A 13B-T IS DESIGNED TO RUN ON A FORCED AIR INDUCTION, A 3B IS NOT, IT IS DESIGNED TO RECIEVE AIR AT ATMOSPHERIC PRESSURE, WHICH ONE DO YOU THINK IS BETTER SUITED TO A FORCED AIR INDUCTION SYSTEM?"







