Determine and Set Safety Parameters ll Shallow, Safety & Deep Contours ll ECDIS ll Passage Planning

   • Calculate Ship's Squat ll What is squat? l...      • How to Calculate Under Keel Clearance ll D...   This video serves only as a guide or reference for determining and setting safety parameters. It shows a complete guide on how to determine shallow contours, safety contours, safety depth, and deep contours. It explains the difference between safety contour and safety depth. Always follow the company procedures on how to determine those safety parameters. In Electronic Navigational Charts (ENCs), contours represent lines connecting points of equal depth or height in the water or on the sea floor. These contours provide a visual representation of the underwater terrain, helping mariners to understand the shape and characteristics of the seabed. #seamanship #maritime #seafarer #seaman #bsmt #maritimestudents #ecdis

How to Calculate Under Keel Clearance ll Determine Ship's UKC ll CATZOC ll Squat ll Passage Planning
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How to Calculate Under Keel Clearance ll Determine Ship's UKC ll CATZOC ll Squat ll Passage Planning

How to check & determine the safety parameters on the ECDIS prior to departure
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How to check & determine the safety parameters on the ECDIS prior to departure

Parallel Indexing: How to Determine & Set Parallel Index Lines l PI Lines l RADAR l Passage Planning
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Parallel Indexing: How to Determine & Set Parallel Index Lines l PI Lines l RADAR l Passage Planning

CATZOC ll Category of Zone of Confidence ll ENC ll ECDIS ll UKC ll Passage Planning ll Navigation
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CATZOC ll Category of Zone of Confidence ll ENC ll ECDIS ll UKC ll Passage Planning ll Navigation

How to Apply Constant-Rate-of-Turn Technique| Importance and Practical Skills
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How to Apply Constant-Rate-of-Turn Technique| Importance and Practical Skills

Lateral Marks Explained for Passage Planning | IALA Region A vs B Made Simple
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Lateral Marks Explained for Passage Planning | IALA Region A vs B Made Simple

BASIC OF SAFETY SETTINGS IN ECDIS
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BASIC OF SAFETY SETTINGS IN ECDIS

Difference Between Dead Reckoning (DR) and Estimated Position (EP):  How to Determine and Use Them
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Difference Between Dead Reckoning (DR) and Estimated Position (EP): How to Determine and Use Them

ECDIS Safety Settings (Safety Contour, Safety Depth)
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ECDIS Safety Settings (Safety Contour, Safety Depth)

Understanding Ship's Abort Point, Point of No Return, and Emergency Anchorage l Passage Planning
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Understanding Ship's Abort Point, Point of No Return, and Emergency Anchorage l Passage Planning

Wie lebt es sich auf Frachtschiffen? Drei Generationen Binnenschiffer | SWR Doku
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Wie lebt es sich auf Frachtschiffen? Drei Generationen Binnenschiffer | SWR Doku

Passage Planning with TSS and VTS  Using Sailing Directions
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Passage Planning with TSS and VTS Using Sailing Directions

Tidal Stream Prediction: Determine "Set & Drift" and Course to Steer
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Tidal Stream Prediction: Determine "Set & Drift" and Course to Steer

Isolated Danger Marks, Safe Water Marks & Special Marks Explained | Passage Planning Guide
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Isolated Danger Marks, Safe Water Marks & Special Marks Explained | Passage Planning Guide

M+ Maritime I ECDIS Safety Settings | Full Video | Episode 1
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M+ Maritime I ECDIS Safety Settings | Full Video | Episode 1

Calibrating and Using A Sextant
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Calibrating and Using A Sextant

Clearing Bearings: How to Mark It in the Passage Plans for Safe Navigation
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Clearing Bearings: How to Mark It in the Passage Plans for Safe Navigation

VT013 CATZOC & UKC
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VT013 CATZOC & UKC

Safety Contour and Safety Depth | Essential Guide for Passage Planning | ECDIS
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Safety Contour and Safety Depth | Essential Guide for Passage Planning | ECDIS

A Day in the Life of a Tiny But Powerful Tugboat Towing Gigantic Ships at Sea
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A Day in the Life of a Tiny But Powerful Tugboat Towing Gigantic Ships at Sea