@@damianburbidge2371 18 х 0,0254 m = 0,457 m, 113 000 m/hr : 60= 1883,33 m/min, 1883,33 m :0,457 m = 4121 propeller shaft revolutions per minute!!! What is the engine crankshaft speed in this case?😲
@@damianburbidge2371 I did not come up with it, but calculated it mathematically, according to the speed and pitch of the screw. But you still have increased engine speed. How do you deal with this phenomenon? A special fuel mixture?
Awesome run/ great save. (Accidently deleted my other reaction sorry) Gonna up my engine some more and take it for a spin with the 20P 👍
11.5 20P Cleaverpropeller？
What is the pitch of the propeller? And how many blades?
18” cleaver
3
@@damianburbidge2371 18 х 0,0254 m = 0,457 m, 113 000 m/hr : 60= 1883,33 m/min, 1883,33 m :0,457 m = 4121 propeller shaft revolutions per minute!!!
What is the engine crankshaft speed in this case?😲
@@user-uj4jx5cy7k not sure how you come up with that. My rpm tacho is around 7500 RPM mark.
@@damianburbidge2371 I did not come up with it, but calculated it mathematically, according to the speed and pitch of the screw. But you still have increased engine speed. How do you deal with this phenomenon? A special fuel mixture?
@@damianburbidge2371 English is not my native language, and I did not study it at school. There may be difficulties with translation.☺