Ns345 W6D2 Ship Interactions and Bank Effects

Drydocking or undocking is always a difficult task, particularly with a “dead” vessel (no power/propulsion) and the wind blowing on the ship's side.

Currently, several means of transport are undergoing an accelerated development towards automation and automated movements. This development will also impact future ship handling with tugs. A glimpse into the future of tug boat operation.

The COVID-19 pandemic has brought unprecedented challenges to the maritime supply chain and called for accelerated adoption of digital technologies in various aspects of maritime operations, including the area of maritime education and training (MET).

This video explores the question of why ships are so difficult to manoeuvre in reverse.

In fact, the pivot point that we “see” is a trick of the eye, it looks like the ship is rotating about this point but in fact it is elsewhere, a point that you cannot see.

Maritime Education

Training video III on the correct behaviour in case of man overboard

NANIWA　(Pilot Vessel) IMO: - MMSI: 431007094 Call Sign: - Flag: Japan [JP] AIS Vessel Type: Other Gross Tonnage: - Deadweight: - Length Overall x Breadth Extreme: 18m × 4m Year Built: - Status: Active Voyage Info https://www.marinetraffic.com/en/ais/details/ships/shipid:3738287/mmsi:431007094/vessel:NANIWA

The entrance to Cork Harbour situated on the South coast of Ireland can produce some pretty extreme sea states during the winter storm months. There are two main factors that influence the sea state at the entrance, the first being the ebbing tide, the second being shoaling waters over the Harbour Rock, this is situated at the entrance to the Harbour off Roches Point lighthouse, right in the middle between the Western and Eastern channel entrances.