Stage 2: You are running 12 PSI of boost at an altitude of 1000 feet. Rotax's static compression is 11 :1. At this boost level and altitude your effective compression ratio is 19.78 :1, and without altitude correction your compression ratio would be 19.98 :1.[/QUOTE]
That sounds like a "Pop! Goes The Weasel..." just waiting to happen... :shocked:
There's guys on here that are worried about voiding their warranty when they add LED lights, I'm pretty sure that adding a turbo would more than qualify for no warranty.
Yes, plus Walbro 225 High Pressure fuel pump and IWP 630 injectors. :thumbup:Do you have a rising rate fuel pressure regulator? They go in on the return fuel line and restrict the return depending on the vacuum /pressure in the intake. This might be an answer to your top end lean out condition, just make sure you get one that's set up for turbocharging.
john
While in Virginia I received this pictures of the new add-on:
And now, the question: what's the difference between a turbo and a naturally aspirated Rotaxengine piston melt down?opcorn:
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It is included in the new fuel management. More info's: send pre-signed non-disclosure agreement (basically that you don't disclose that to BRP) ...Doc,
The turbo pushes more air/gas mixture into the cylinder that will increase the pressure and causing more heat. Ever look into a water or water/alcohol mix mist in the intake, to help to cool the cylinder and piston. Mike