Lorem ipsum dolor sit amet, consectetur adipiscing elit. Vestibulum eget ante tristique, finibus tortor et, posuere quam. Duis purus risus, pharetra nec lacinia ut, vehicula et nisl. Etiam a ornare est. Mauris sit amet nisl vitae eros ornare fringilla. Donec ut vulputate nibh. Sed luctus auctor dui, non iaculis elit fringilla in. Duis quis magna tempor elit tristique sagittis ut in turpis. Mauris quis orci interdum, dictum erat nec, gravida nisi. Suspendisse vel lorem arcu.
Video Pilot Disembarkation, Brazil
published on 26 June 2021
Video What is the impact of lateral resistance on a ship's turning circle??
published on 3 September 2020
This video explains the impact of lateral resistance on the turning circle of a vessel using animations. The video explains the term lateral resistance, shows an example of its impact on the turning circle and its associated aspects (advance, transfer, tactical diameter and drift angle).
Contents of this video will benefit mariners preparing for exams (written and oral examinations).
Article Gladding-Hearn Starts Construction of New Launch for Galtex Pilots
by Gladding-Hearn Shipbuilding - published on 8 July 2021
Article Coast Guard assists distressed cargo ship off San Juan, Puerto Rico
by Marine-Pilots.com - published on 3 August 2020
Video Offshore Pilot Transfer
published on 22 April 2021
Video Discussing video: Pilot Transfer to Ship by Helicopter
published on 3 June 2020
Video Stern-First Method for POD Ships –Practical samples starting with Twin screw followed by POD ships
published on 12 August 2022
Practical samples for manoeuvres for ships going astern - as Stern-First-Method SFM. Introduction using as sample from the Master Thesis by Karel Wiegert for an arrival manoeuvre of a cruise vessel in Southampton port with a Twin-screw vessel under strong current. The same manoeuvre with the same ship model was used to show the advantage of Fast Time Simulation FTS using the SAMMON Planning Tool. This goes much faster than the manoeuvres in the real time simulator - and it can even be...