Complete Draft Survey Procedure: Step-by-Step Guide for Cargo Calculations

[@mastermarine2384]

Thanks you so much , easy to understand

[@nauticalacademy001]

You are welcome!

[@rajnikantkumar6073]

Thnks a lot for providing great content in easy language to learn please make little bit more videos on ecdis learning 2nd mate job like passage plan

[@nauticalacademy001]

Thank you, I will try.

[@raymondallenjhangiani7670]

Fantastic explanation 🙏

[@nauticalacademy001]

Thank you.

[@rudydarmanto2285]

You are the best❤ how to easy to understand, many thanks,

[@nauticalacademy001]

Thank you!

[@LeeJimenez-d4g]

You are awesome. Awesome channel

[@nauticalacademy001]

Thank you.

[@suchasingh8548]

U r doing amazing👍, mate
Thnks

[@nauticalacademy001]

Thank you mate, I"m glad you like it.

[@salemshehata8698]

Thanks so much, wonderful

[@nauticalacademy001]

Thank you too!

[@iso8556]

Is it accurate to use bilinear interpolation on mean drafts 9.25 9.250375 9.26 trim 1m or 1.5m 1.937m 2m.??? Cause i see other calculation they only use linear interpolation in mean drafts at 0 trim

[@nauticalacademy001]

Thank you for your comment! Bilinear interpolation is indeed more accurate when the data supports it, especially for large trims. For small trims or when tables provide data only for zero trim, linear interpolation is typically sufficient.
If mean drafts (e.g., 9.25, 9.250375, 9.26) and corresponding trim data (e.g., 1m, 1.5m, 2m, etc.) are available, using bilinear interpolation ensures greater accuracy by accounting for the interaction between these variables. Thanks again for your input!

[@albertocastillo1620]

Perfect!

[@nauticalacademy001]

Thank you.

[@RatiChkhartishvili-q8j]

👍👍👍👍

[@nauticalacademy001]

Thank you.

[@jamesstephenbia-is6664]

thanks

[@nauticalacademy001]

You're welcome!

[@markrobertenriquez3504]

Megs kamusta,akto na ka diha kay practice naman daan 😅
Maayo pagka explain megs 👍