Demonstrates how using this protractor triangle, and plotting courses and bearings in True degrees, is easier, faster and more accurate than plotting in Magnetic degrees.
Thank you so much. Your explanation is so clear and amplified so much more by the images and animation combined to great effect. The processes can't be more clearly described. This must have taken a lot of time to imagine, plan and execute. Par excellence standard for all schools of instruction. Again, so very very done, Mr Tursi.
That's some good stuff. Just goes to show that I'm never too old to learn something new.
I find your explanations to be very clear and professional. Well done!
Tom I want to be you when I grow up. Well done!
Very clear and very focussed on what is and isn’t important in plotting LOP and Courses.
Thank you so much. Your explanation is so clear and amplified so much more by the images and animation combined to great effect. The processes can't be more clearly described. This must have taken a lot of time to imagine, plan and execute. Par excellence standard for all schools of instruction. Again, so very very done, Mr Tursi.
Thank you! I appreciate your kind words... T
Excellent video - thanks!
Thank you for this lesson I learn from you many interesting things.
Thanks. Very clear with good animation. ( I was kind of critical of your sun shot calculation video, but appreciated this video).
This video inspired me to design and make a protractor triangle with an integrated speed/distance/time calculator!
Thank you. Very helpful.
Thank you for the insightful information
thanks, Captain
Thanks good video very explanatory by itself
very good course m very clear thank you
very interesting thank you sir
Nice video
Nice teaching
TY!!
Thanks
Masterclass
what about parallel rules with the degrees imprinted on them to replace the extra gear of the triangle? Don't they work on the same principle?
That’s how it’s done!
I have a Headache now.
Very helpful. Thank you.