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At today's prices, 93 octane is only 10% more $ than regular. So what can you do for us at a safe compression for the high test (9.5, maybe?--you tell me). You've got a lot of potential customers waiting out here for strong, light, and reliable, and we don't care what it runs on. 4-cylinders 4ever!
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95% of my engines demand premium fuel.. This engine was different as it will be used in some remote parts of Europe on long trips and higher octane fuel may not be available so I engineered some flexability in it's creation- thats the benefit of a custom engine program.
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think of it as a 911 S motor... until it gets on the cam... its irrelevant...
That could not be further from the truth! These big engines make huge torque at very low revs- I just didn't inclue those values in this screen shot I posted- I will attach another that illustrates them below.
The HUGE advantage that a big engine like this has for a street car is the big flat torque curve at lower revs which really promotes drivability and keeps things very fun, if you are like me moking the tires on demand is always fun in 3rd gear. You can look at the peak torque point and see how much lower it is than a comparable output six..
This engine is built for long distance, intercontinental European cruising with tall gears in an Intermeccanica Roadster more than anything- it gives the term "dual purpose" a new definition. This combination LOVES the stock gearing of a 914 as well.
Thats right this engine pulled as low as 1,500 RPM at wide open throttle and still made power.. Thats the glory of I?R Engine Management and a correctly configured engine that it's feeding..... I actually pulled the engine to 1,000 RPM but didn't save that data ;-)
Click to view attachmentThis baby is on the cam at damn near idle! It really starts to wake up through the dyno controls around 2,300 RPM and then comes on harder around 3,400 when the heads really wake up and port velocity increases..
This is a daily driver- remember that.....