Why no boosted strokers?
Building an engine for boost normally requires forged internals. Why not make it a stroker, since the parts cost the same either way? If there's no down side to having a boosted stroker, then why aren't there any boosted/stroked 5.3s? That would be the cheapest engine to build, which is probably why there are tons of boosted 5.3s out there. I just haven't seen any stroked 5.3s. I'm just wondering why that's not a popular choice.
Ever heard of a 408? That's been boosted so many times how can you not find one in a search.
The new trend is smaller crank and spinning them higher. So the piston does not come out of the bore and is more stabilized.
Would there be anything wrong with stroking a 5.3, and then boosting it?
https://ls1tech.com/forums/forced-in...estimates.html
...and this one in the Dyno Results section...
https://ls1tech.com/forums/dynamomet...8-results.html
I read a thread on here about the extra energy that a stroker exerts on the rods, pistons, and pins. The piston has to move faster, so there is more inertia generated. I understand why that puts more strain on the components. I just wasn't sure if that's why strokers don't get boosted often.
I'd like to see a before/after dyno chart of a stroker that got boosted. That's where the question of "is it worth it" gets answered.
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Increase the boost pressure to achieve your goals. Using stroke is more expensive and increases wear.
I read a thread on here about the extra energy that a stroker exerts on the rods, pistons, and pins. The piston has to move faster, so there is more inertia generated. I understand why that puts more strain on the components. I just wasn't sure if that's why strokers don't get boosted often.
I'd like to see a before/after dyno chart of a stroker that got boosted. That's where the question of "is it worth it" gets answered.
The 6.0L blocks seem to have problems with cracking between the cylinders after about 1000whp. Not all do as some people have good luck above that power level and some don't. The 5.3L blocks don't seem to have as many problems since the bores are smaller and therefore, have more cylinder wall thickness. If you don't plan to go above 1000whp, it might be more cost effective to use a stock stroke 6.0L block rather than a forged 5.3L stroker.
I read a thread on here about the extra energy that a stroker exerts on the rods, pistons, and pins. The piston has to move faster, so there is more inertia generated. I understand why that puts more strain on the components. I just wasn't sure if that's why strokers don't get boosted often.
I'd like to see a before/after dyno chart of a stroker that got boosted. That's where the question of "is it worth it" gets answered.
There are no available fuel pumps that will lose a large enough % flow with 6 extra PSI of fuel pressure to cause these issues.
An aftermarket regulator would allow you to lower your base pressure enough compared to the stroker that you end up with the same net fuel pressure with increased boost.
It isn't really worth considering.
Its a shame to see so many of them gone now, with a few more having just recently died off.
Source Interlink Media was always pretty good to me.
Its a shame to see so many of them gone now, with a few more having just recently died off.
Source Interlink Media was always pretty good to me.











