Short Overview: Bob explains how to determine what course and speed your ship must travel at to maintain a minimum CPA and ... Bob lays down the foundation for determining the postion, course, and closest point of approach of a target.

Radar Collision Avoidance -

Bob explains how to determine what course and speed your ship must travel at to maintain a minimum CPA and ... Bob lays down the foundation for determining the postion, course, and closest point of approach of a target. Bob takes us through the steps of determine a target's true course and true speed using a

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  • Bob explains how to determine what course and speed your ship must travel at to maintain a minimum CPA and ...
  • Bob lays down the foundation for determining the postion, course, and closest point of approach of a target.
  • Bob takes us through the steps of determine a target's true course and true speed using a

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Collision Avoidance Radar Plotting 3

Collision Avoidance Radar Plotting 3

In Part 3 Capt. Bob explains how to determine what course and speed your ship must travel at to maintain a minimum CPA and ...

How To Setup Your Radar for Collision Avoidance

How To Setup Your Radar for Collision Avoidance

Read more details and related context about How To Setup Your Radar for Collision Avoidance.

Collision Avoidance Radar Plotting 1

Collision Avoidance Radar Plotting 1

In this video Capt. Bob lays down the foundation for determining the postion, course, and closest point of approach of a target.

True Vector vs Relative Vector: A Guide to Collision Prevention and Safe Navigation l Marine RADAR

True Vector vs Relative Vector: A Guide to Collision Prevention and Safe Navigation l Marine RADAR

Read more details and related context about True Vector vs Relative Vector: A Guide to Collision Prevention and Safe Navigation l Marine RADAR.

Radar - Tom Cunliffe looks at basic collision avoidance

Radar - Tom Cunliffe looks at basic collision avoidance

Read more details and related context about Radar - Tom Cunliffe looks at basic collision avoidance.

Radar Plotting for Collision Avoidance

Radar Plotting for Collision Avoidance

Read more details and related context about Radar Plotting for Collision Avoidance.

Speed Through Water (STW) vs. Speed Over Ground (SOG): Why It Matters for Radar Collision Avoidance?

Speed Through Water (STW) vs. Speed Over Ground (SOG): Why It Matters for Radar Collision Avoidance?

This video shows why Speed Through Water (STW) must be set to ship's

Radar Plotting (Part 1 of 2):  Determine CPA, TCPA, BCPA, BCR, BCT, DRM & RS | with a 6-Minute  Rule

Radar Plotting (Part 1 of 2): Determine CPA, TCPA, BCPA, BCR, BCT, DRM & RS | with a 6-Minute Rule

This video is intended for maritime students and those taking a

Collision Avoidance Radar Plotting 2

Collision Avoidance Radar Plotting 2

In part 2, Capt. Bob takes us through the steps of determine a target's true course and true speed using a

Radar Techniques: Ground-Stabilized vs Sea-Stabilized for Navigation and Collision Avoidance

Radar Techniques: Ground-Stabilized vs Sea-Stabilized for Navigation and Collision Avoidance

Read more details and related context about Radar Techniques: Ground-Stabilized vs Sea-Stabilized for Navigation and Collision Avoidance.