This report details the work completed by nC2 Engineering Consultancy at the University of Southampton to support the International Maritime Pilots’ Association (IMPA) with a laboratory-based project to investigate the effectiveness and impact of various methods used to secure pilot ladders at intermediate lengths.
This report details the work completed by nC2 Engineering Consultancy at the University of Southampton to support the International Maritime Pilots’ Association (IMPA) with a laboratory-based project to investigate the effectiveness and impact of various methods used to secure pilot ladders at intermediate lengths.
Opinion Obituary of Captain Pilot Troy Evans (New Zealand)
by Frank Diegel - published on 5 January 2022
Video IMPA Seminar on Maritime Pilots and Pilotage
published on 10 November 2022
The Seminar aims to inform Member States, intergovernmental organizations and non-governmental organizations in consultative status with IMO about the societal value of maritime pilots and pilotage as a public service. The IMO Secretary-General has recognised maritime pilots as having always been vital to ensuring the safety of navigation in key ports and shipping lanes globally and playing a crucial role in sustaining the global supply chain using specialized knowledge and expertise....
Article Origins of the IMPA pilot mark
by Kevin Vallance deep sea pilot and author - published on 24 October 2019
There are many things in both our everyday and professional lives which we take for granted and never question the origins of, an example of this might be the IMPA recommended ‘pilot mark or pilot line’, which is sometimes seen on the side of vessels indicating where a vessels freeboard exceeds 9 metres.
Video Pivot Point Demo - HS Wismar
published on 10 July 2020
Video Maritime Pilot Training VI - Pilot Ladder Training
published on 12 May 2021
Article Pilot dispatching problem along a maritime corridor: a case study in the St. Lawrence River
published on 13 May 2025
This study presents a novel decision support process for a pilot dispatching problem in the St. Lawrence River. It integrates a comprehensive set of time-based performance measures, including working time, waiting time, and skill level differences, to optimize fairness and operational efficiency in pilot dispatching.