hmmm
"with several good folks telling us more than they actually know."I remember hearing this someplace before....hmmm....I could really go off now but I'll just stick to the facts. Fact is Bert, that if your moving in the water, that provides less resistance on the prop then if your sitting still. That resistance effects the load on the engine. The more the resistance, the more fuel it takes to reach the RPM at question. Now lets say your trying to motor against a 30 knot wind. Your not going to be moving much. That lack of speed through the water will provide more resistance on the spinning of the prop (not resistance of the boat going through the water). Now like the other poster said, a current doesn't effect the boat speed through the water (SOW), just the speed over ground (SOG).Hey teach...can I go off now? Can I? Can I? Please, pretty please? awww...shucks.BTW: I used to be a diesel mechanic in my younger days so I think I know what I'm talking about.
"with several good folks telling us more than they actually know."I remember hearing this someplace before....hmmm....I could really go off now but I'll just stick to the facts. Fact is Bert, that if your moving in the water, that provides less resistance on the prop then if your sitting still. That resistance effects the load on the engine. The more the resistance, the more fuel it takes to reach the RPM at question. Now lets say your trying to motor against a 30 knot wind. Your not going to be moving much. That lack of speed through the water will provide more resistance on the spinning of the prop (not resistance of the boat going through the water). Now like the other poster said, a current doesn't effect the boat speed through the water (SOW), just the speed over ground (SOG).Hey teach...can I go off now? Can I? Can I? Please, pretty please? awww...shucks.BTW: I used to be a diesel mechanic in my younger days so I think I know what I'm talking about.