Video Liverpool Pilot Boats Naming Ceremony (2018)
published on 13 July 2022
Video Maritime Tribute to HM Queen Elizabeth II On the River Mersey
published on 19 September 2022
All working vessels on the River Mersey gathered in front of the Three Graces – Liver Building, Cunard Building and the Port of Liverpool Building. The formation included pilot launch boats, RNLI Lifeboats, river tugs, Mersey Ferries and the Disney Magic cruise liner. They all blew their whistles in tribute to The Sovereign, who passed away last week. River tugs will perform Fleur De Lis – spraying water from their fire cannons. Vessels currently within Liverpool and Wirral dock systems,...
Video Pilot Boat "Petrel" (River Mersey)
published on 16 December 2021
Article Pilot Secures Arrest of Chinese Cargo Ship Following Career-Ending Gangway Collapse
published on 15 March 2024
Opinion Book review: Practical Ship Handling, Fourth Edition, by Malcolm C. Armstrong
by Kevin Vallance deep sea pilot and author - published on 5 June 2020
Video Maritime Pilot first duty at New Harbour
published on 10 May 2021
Article The NZMPA Good Practice Guide for Pilots 2021
published on 4 April 2022
The Good Practice Guide for Pilots 2021 describes the knowledge and skills (technical and non-technical) that the NZMPA believe all pilots should aim to achieve and maintain. It is written primarily for pilots for their own guidance and professional development, but can be used as a framework for pilot training, proficiency and assessment. It is referenced to NZ Maritime Law and Codes.
Video UiT Autonomous Ship Program, including recent research activities by Lokukaluge Perera.
published on 30 June 2021
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