Opinion Piloting and the unstoppable wheel of technology.
by Captain Ricardo Caballero "Themaritimepilot" - published on 25 June 2020
Article Port of London Authority: New Pilot Trainee
published on 13 August 2025
Video Remotely operated vessels? Seaowl makes it real
published on 30 June 2021
The remote control of ships is in development across the maritime industry and the technology enabling it presents opportunities to improve operations and safety, while reducing costs. In this film, we look at the successful SeaOwl Remotely Operated Services at Sea (ROSS) project, with commentary from some of the many people involved in its development.
Learn more: https://marlink.com/remoteops/
Article IHO Nautical Information Provision Work Group endorses Guide for Nautical Data 2.1
by IHMA - International Harbour Masters Association Secretary IHMA - published on 30 January 2025
Article Watch out for hydrodynamic effects when manoeuvring your ship in restricted waterways
by SWZ|Maritime - published on 14 October 2021
Research on hydrodynamic interaction indicates that if the speed of the ship near a bank is too high, the rudder may be less able to cope with the forces induced and control will be lost. The Nautical Institute highlights this in its latest Mars Report, in which an LPG carrier hit a barge being towed by a tugboat as a result of hydrodynamic forces.
Article HamiltonJet unveils Electro-Hybrid Drive (EHX)
by Marine-Pilots.com - published on 23 June 2020
HamiltonJet unveiled its new Electro-Hybrid Drive (EHX) system – innovative technology that offers all the advantages of electric drive with the full capabilities of diesel.
This unique system delivers lowers fossil fuel consumption (reduced further when dock charging, as infrastructure allows) combined with the speed, manoeuvrability, efficiency and safety waterjets are renowned for.
Article Coronavirus (COVID-19) guidance for shipping industry by ICS
by Marine-Pilots.com - published on 9 March 2020
Video Extreme scale model testing of the T-2000 hull design
published on 1 March 2023
We’re doing another day of testing with the self-propelled scale model of T-2000. Obviously the conditions here do comprehensively exceed the designs operational envelope, as in scale proportion to the model, the waves must be I guess around 10-20 metres in size. However it’s interesting to understand the designs ultimate limits. The model is built to a scale of fourteen to one, and this equals 20 metres in real life size. Later, by slowing down the video, so that it matches the speed of...