383 part question
http://www.summitracing.com/parts/es...MobileSwitchNo
http://www.summitracing.com/parts/es...MobileSwitchNo
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Bottom end parts don't make power, that comes from the top end setup. I'd stay away from that machine shop if I were you, sounds like there might be a competence issue.
If you've ever worked around manufacturing and seen the difference between the average cast metal part vs a forged/machined from solid component you'd understand why outside of a GM cast crank they are to be avoided.
Doing it cheap costs more in the longrun, what happens when **** bottomend or machining lets go and mangles the heads you put money into that actually make power.
100% of air comes and goes through the heads, the gains had there are FAR greater than from some displacement, displacement can let you run some bigger heads and cam but it is a lot of cost. $2500-3000 spent on heads and cam can gain in excess of 100rwhp, $3500 spent on a stroker kit machined and assembled and using a larger cam might gain you 20-30hp more.
Like I said should be about the last thing you look at.
Also casting is merely a manufacturing process, the actually composition of the metal being used to form the part along with the expectations of the finished part can vary greatly from one manufacturer to the next. At my job we source out many cast parts (aerospace) and from one manufacturer to the next quality can vary from exceptional to downright pitiful for the same exact part. Even different runs of the same component from the same manufacturer can vary quite a bit. Also some manufacturers can become lazy and/or cheap and continue to overuse the same mold well beyond its life and produce parts of continually degrading quality.
Outside of simply the alloy used to make the casting, lower quality castings can be full of voids which make the component susceptible to failure. If you ever get a chance look at a cast part under a microscope or magnifying lens and you'll be surprised how rough of a manufacturing process it is. The reason it is used is because it's low cost and with either the right end use or care/quality control it is acceptable.
Along with a stock oil pump with a white high pressure spring & all steel oil pump drive it should last under My right foot LoL 7/16 cap screws instead of 3/8 rod bolts are Way better in My opinion
Dig threw the for sale section on here & other sites & youll prolly find a sweet deal to build a long rod 355
Like a 6.125 rod and 4" piston on a stock LT crank?
Excuse my ignorance but I haven't seen or read about that before....
I thought we used standard small block rod/piston combos...?
Thanks for any info...






