Any reports?I have it setup that when it hits 9 psi the nitrous turns off. That way its only on long enough to get it setup for the launch.
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SignUp Now!Any reports?I have it setup that when it hits 9 psi the nitrous turns off. That way its only on long enough to get it setup for the launch.
So you're the one kicking up the view counts. I was wondering about that.Hurry up Don! We need some new DRW video!![]()
scott wile
So you're the one kicking up the view counts. I was wondering about that.
Oh oh. Three. At least I can still count them on one hand. Thanks Lee.I'm a fan of your work and development too,
besides your being so open and helpful to everyone.![]()
Here's an idea for spooling a big turbo with a small engine using nitrous.
A)Set the transbrake.
B)Activate the nitrous system for a set amount of time with the BOV wide open.
C)After the set amount of time has elapsed, slam shut the BOV and turn off the nitrous. Wastegate then takes control of the launch boost level.
D)Release the transbrake and ramp in the boost as desired.
The amount of time that the nitrous system is activated with the BOV at wide open will depend on the time required to get the particular engine/turbo combination to the desired boost level for the launch. It will also depend on the nitrous shot size being used to help spool the turbo.
I'm sure this procedure is already being used. I've just never seen it explained.
Sounds like fun, don't it?![]()
That's why you would slowly creep up on that time activated number. Start out with 2 tenths of a second and move up as needed.Supercharged cars have been doing it for years. They don't run the risk of damage by overspeeding a turbo thoughIt's a simple setup and only requires a small solenoid tied into the BOV ref. line and PWM or standard, configurable ECM output.
scott wile