Revision as of 02:43, 3 December 2009 ddgonzal (Talk | contribs) <- Previous diff |
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- | 6200 RPM: Stock engine | + | 6400 RPM: Stock engine |
- | 6600 RPM: A12 GX engine | + | 6800 RPM: [[A12 GX Engine]] |
7000 RPM: Aftermarket racing valve springs are needed | 7000 RPM: Aftermarket racing valve springs are needed | ||
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9000 rpm: would require worked rods with better rod bolts (or at least new rod bolts all of the time). | 9000 rpm: would require worked rods with better rod bolts (or at least new rod bolts all of the time). | ||
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9500 PM: RWhen we switched to aftermarket rods we could go to 9500-10,000. | 9500 PM: RWhen we switched to aftermarket rods we could go to 9500-10,000. | ||
10,000 RPM: Next we found the valve train weaknesses. Make sure to replace the rocker threads with steel inserts. By using rocker tower studs; or going to 10mm bolts, 10,000 was fine with the A12 (9200-9400 with the A14 and A15). | 10,000 RPM: Next we found the valve train weaknesses. Make sure to replace the rocker threads with steel inserts. By using rocker tower studs; or going to 10mm bolts, 10,000 was fine with the A12 (9200-9400 with the A14 and A15). |
Revision as of 04:39, 3 December 2009
6400 RPM: Stock engine
6800 RPM: A12 GX Engine
7000 RPM: Aftermarket racing valve springs are needed
8500 RPM: To raise the rpms, we first added a larger oil pump.
9000 rpm: would require worked rods with better rod bolts (or at least new rod bolts all of the time).
9500 PM: RWhen we switched to aftermarket rods we could go to 9500-10,000.
10,000 RPM: Next we found the valve train weaknesses. Make sure to replace the rocker threads with steel inserts. By using rocker tower studs; or going to 10mm bolts, 10,000 was fine with the A12 (9200-9400 with the A14 and A15).