For as long as ships have been sailing the seas, there have been maritime pilots to guide them through the most dangerous waterways. But there is a worldwide shortage of seafarers and the industry is struggling to attract young people into the profession. Our Business Correspondent Sarah Corker has been given rare access to film with pilots on the Humber Estuary who work 365 days a year, whatever the weather. And a warning, Sarah’s report may make you feel sea sick.
On duty 24/7, 365 days a year. The pilot service is always on hand when a ship is heading for or leaving the Port of Hamburg. Fleet Hamburg reliably brings the pilots on board the ships and that is a fast-paced task. New challenges await every day. Find out more in this episode of "PORT IS WHAT WE DO".
https://www.hamburg-port-authority.de/en/
https://www.instagram.com/hamburgerhafen/
This book was only available in some areas, now the author has created an e-book version. Furthermore it´s available on amazon as a paperback.
Completely new book on Ship manoeuvring techniques based on new revealing facts which have been brought to light. Must read for all the mariners to understand the behaviour of ships and how to control her behaviour during manoeuvring.
With the increasing accuracy and reliability of navigational receivers, this part of the video module will try to establish a better understanding of the mathematical definition of the Earth’s surface and mapping of this curved shape onto a plane surface. Chart Projections and Chart Accuracy https://youtu.be/kOaWimnAN-U Principle Used For Creating Electronic Charts https://youtu.be/xY_MBubhUFs Display of Electronic Charts https://youtu.be/qnoFO0T-cLo Route Planning With ECDIS https://...
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.