Trinidad and Tobago Pilots' Association Anniversary

By going trough this poster, you’ll find the regulations accessible by tapping on the various items in this poster.

MAN Engines is equipping nine pilot boats from the shipyard Goodchild Marine Services Ltd. in Norfolk, Great Britain, with in-line six-cylinder engines. This is the engine manufacturer's first entry into the British pilot boat segment.

The All India Maritime Pilots' Association has released its new journal for December

This market intelligence allows all interested parties to measure the shipyards industry and to follow flows in demand and supply, enabling shipping companies’ management to make informed, fact-based decisions on docking requirements.

The desire to improve efficiency and crew comfort has resulted in a new approach to hull design. Built from the ground up this new Pilot Boat design utilises an Extra Long Waterline (XLW) to maximise the waterline length.

USA-based shipbuilder Metal Shark and Sea Machines, a Boston-based leading developer of autonomous marine technology, have partnered on the introduction of a new 29-foot autonomous vessel now being offered through Metal Shark’s “Sharktech” autonomous division. Full story here: http://bit.ly/seamachines

In this one you will see a couple different times when the Pilot boards or leaves the ship and how they do it. It is always interesting to watch even though I have seen it many time. Hope you all enjoy the video and hope to see you in the comments as always.

Vessel's details: IMO: 9496915 Name: POLARIS Vessel Type - Generic: Pilot Vessel Vessel Type - Detailed: Special Vessel Status: Active MMSI: 245142000 Call Sign: PBZN Flag: Netherlands [NL] Gross Tonnage: 2501 Summer DWT: 890 t Length Overall x Breadth Extreme: 81.2 x 13.3 m Year Built: 2012 Home Port: ROTTERDAM Geo location: 51.980840, 4.112364

Despite clear regulations and regular maintenance requirements, safety often falls by the wayside, as the current example of a bulk carrier vividly demonstrates.

This video complements the earlier demonstration of wind effect on straight track and shows now wind effect on turning circles. It can be seen that during a turn under strong wind the ship reduces turning when it comes close to equilibrium on straight track - if the Wind-to-ship speed ratio is big enough then the ship even goes straight instead of turning. This is shown for three samples for Head, Stern wind and Beam wind. The turning can be increased if the ratio of Wind speed-to-ship...