The clearing line is not dependent at all on your current position, it is measure from
a fixed object. In the example, there was no safety margin to allow for compass and steering errors. What if the danger were a lee shore? A much greater margin would be necessary. Also the parallel rules are hopeless in a small boat; better to use a protractor or Portland Plotter. I have to do this while sailing a dinghy with the other hand.
Personally I don't think he does such a great job explaning what is really quite a simple concept. Among other things, a clearing bearing is not measured from one's current position (2:14), and does not "guide us in" (2:24).
Thank you. Well done.
WeekendAdventurer 1 year ago
The clearing line is not dependent at all on your current position, it is measure from
a fixed object. In the example, there was no safety margin to allow for compass and steering errors. What if the danger were a lee shore? A much greater margin would be necessary. Also the parallel rules are hopeless in a small boat; better to use a protractor or Portland Plotter. I have to do this while sailing a dinghy with the other hand.
msf60khz 1 year ago
Awesome video! Thanks for such useful information!
Anderson38marinheiro 2 years ago
Thanks Captain Tursi.
Domenicabbccc 2 years ago
it cant be grater, it has to be lest to clear
ITO1957 2 years ago
Nicely explained in uk i think it also called a clearing bearing
thanks
timbo017 2 years ago
Yes, correct.
Personally I don't think he does such a great job explaning what is really quite a simple concept. Among other things, a clearing bearing is not measured from one's current position (2:14), and does not "guide us in" (2:24).
Biplane11 2 years ago
more please
truehdstudios 3 years ago