Maritime Pilot Training VI - Pilot Ladder Training

This my attempt to do just that. This is a summary of all scientific papers and articles that I could find about the ship’s pivot point. I have added links to any videos associated with the publications and have also included any useful diagrams or equations that the authors published to help explain their research.

This movie shows how to create the Characteristic Diagram for Wind effect on ships and limits of steerability under strong wind. It uses the previous demos made with the SAMMON Planning Software on turning tendency of ships on straight track and in turning motion.

Another video by Knud Benedict: This movie reveals some practical insight into regions of course stable / unstable conditions under wind. And I dare to say you can get some insight into other stability types and analogies, too!

A new 1:25 cruise ship manned model, the "Voyager", was added to our fleet in 2014. She is 311 m long and is fitted with 2 azimuthing pods (and one Fixipod) and powerful bow thrusters. Training is conducted in emergency conditions like engine failures, crash stops, tight turns ...

At the 27 October 2020 meeting, the Board reviewed the SHPA grant request for a pilot ladder climbing training program.

The collision of 3 ships, an unfortunate event that highlighted the importance of human factors on accident causation,

My personal impression is that a lot has changed in terms of safety in the last two years. Non-compliance with current legislation that directly affects the safety of pilots is now no longer tolerated by many stakeholders. Something is happening. And that is a good thing.

AST has announced a new order of 9 iRAMS systems with a long-term client and UK boat-builder, Goodchild Marine Services Limited.

ProZero International are proud partners in the MOSES project2020 and in the video, you can learn more on our contributions to the project, and the expeceted outcome.
MOSES: Automated Vessels and Supply Chain Optimisation for Sustainable Short SEa Shippping

Port authorities in Antwerp, Belgium, are making use of EMSA’s Remotely Piloted Aircraft System (RPAS) to support their day-to-day monitoring of port operations and rapid response to pollution incidents in the port area. The RPAS will enable the authorities to inspect at a distance their complex port environment which extends over an area of some 120km².