Article Webinar - Port & Pilot supplied ECDIS routes and passage plans
published on 29 January 2021
The Australasian Marine Pilots Institute is presenting a webinar via Zoom about ports providing ECDIS routes and passage plans to ships as part of the pre-arrival process.
It will take place on Thursday 11 February 2021 at 19:00 AEDT (08:00 UTC) and is free for AMPI/IMPA/UKMPA/NZMPA members. Non-members are also welcome to attend.
Article "SAFE Passage" Journal by Australasian Marine Pilots Institute
by Frank Diegel - published on 10 March 2021
Article Safe Passage - Edition Winter 2021
by Australasian Marine Pilots Institute - published on 21 July 2021
Article AIMPA Journal- June 2021 issue XII
by AIMPA - All India Marine Pilots' Association - published on 17 June 2021
Article Why pilot movement information is vital for port call optimization
published on 5 May 2022
Accurate and real-time pilot movement information is vital for port communities and their customers, whether you are a ship operator planning an upcoming port call, a terminal operator planning the berth scheduling, or a port agent arranging cargo and husbandry services. By receiving timely updates of scheduled and actual vessel movements at port, this will allow each stakeholder to plan and execute their day-to-day operations accordingly.
Video DanPilot's focus on digitalisation: Remote Piloting
published on 9 September 2024
Article Suez Canal chief hints ‘mistake’ by captain could be linked to Ever Given incident
published on 14 April 2021
Article "The 20,000 TEU Club" - The fleet of the largest container vessels.
by Frank Diegel - published on 24 June 2020
Video Pilots, Ship Job Description
published on 4 July 2019
Video Yaw Stability of Ships - Basic Principles by Knud Benedict
published on 18 November 2021
Another very good explanatory video by Knud Benedict. Absolutely worth seeing.
Yaw Stability is an important element of Ships Manoeuvrability - both for course keeping and turning ability. This first video in a series explains the Basic Principles of stability in steady state equilibrium conditions and the forces / moments involved