You can also pick up a little safety margin by lowering your compression (i.e. 317 heads) to run more boost.
I do not agree that stock rod bolts need to be upgraded for boost (more power). More power pushes harder on the connecting rods during the power stroke but the bolts don't see any of this additional force. Bolts are stressed when the pistion is traveling upwards and gets yanked back down after TDC. RPM kills rod bolts, not power.
If you raise the stock limiter past a certain point you will want upgraded rod bolts regardless of FI or NA. There are many arguments at which RPM you need rod bolts but most people agree you are safe to 6500 although many people spin them much higher.
If the tune is right you will bend rods before breaking rod bolts.
I do not agree that stock rod bolts need to be upgraded for boost (more power). More power pushes harder on the connecting rods during the power stroke but the bolts don't see any of this additional force. Bolts are stressed when the pistion is traveling upwards and gets yanked back down after TDC. RPM kills rod bolts, not power.
If you raise the stock limiter past a certain point you will want upgraded rod bolts regardless of FI or NA. There are many arguments at which RPM you need rod bolts but most people agree you are safe to 6500 although many people spin them much higher.
If the tune is right you will bend rods before breaking rod bolts.
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