After a couple weeks of rail and intake hood upgrades, I couldn't wait for the 16/20. Had to get an idea how the mods affected the ride. At least The mid/high range could be tested.
It's so nice to just finally 'tweek', no-more major body panel mods, but there are some footing issues still need...
yep, was following that thread. Skimmed it again, the two that stand out, are Erik's and Phil's comments. It's about the surprising amount of air the BB engines need.
It's a need to know thing. And this is that test, where now, I know.
This seems logical, but I've been fooled before.
Trying to find the sweet spot of air vs. water
-Close hood, but don't lock/strap it down.
-Start engine
-Brap throttle and simultaneously lift hood
Any resistance lifting hood? If yes, your choking her....
So, the opposite is also true? Too...
Good looking design for average Jo and Josephine, who want their big couches for mild fun. This is a logical step towards the wild fun, we have.
edit* Yamaha's silly video maybe points to answer model from Yamaha
It seems the only real variables are:
1. -correct pitch for your setup/application
2. -cone profile
3. -reduction nozzle dia. /steering nozzle dia.
Is this over simplifying?
50 degree water, restrictors turn tight in, temp out 100-105 degrees, had to add inline restriction to bring water temp up to 120-130 degrees.
I read a thread where someone could not get the temp. up w/ CF pissers either. Why don't they close down far enough to---restrict
I'll try not to post gopro (1st person) videos, unless they provide a unique perspective.
Trying to drag the wife out to shoot from shore....
Here are some mods that have been completed, and others yet to be resolved.
done-
Dual hood ratchet system is now secure and watertight. (a big deal)...
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