Thai maritime pilots - image video

2 48° South 074° West
"Angostura Inglesa" is, without a doubt, the most important natural obstacle in navigating the South American channels, as it is a winding step that requires two changes of course close to 90 °, subject to a tidal regime and Considerable currents, which is also affected by the frequent bad times of the Gulf of Penas, forces sailors to face it with caution and take adequate security measures.

In this article Marine Pilot André Gaillard gives us his vision of the maritime pilotage profession of yesterday, today and tomorrow.

One of AMPI’s core missions is to advocate for the safety and well-being of marine pilots, and an essential part of that work is developing Position Statements.

Maritime pilots trace the roots of their profession back to the ancient Greeks and Romans when incoming ship captains employed experienced local fisherman to guide their merchant vessels safely into port. It’s a legacy of skill, strength, and sharp wits, and our Houston Pilots (“Pilots”) have been meeting vessels at Galveston’s bar to carry on these proud traditions for just shy of 100 years.

Future pilotage services in Greenland will become integrated directly into DanPilot in order to adapt to the current, challenging market conditions due to the coronavirus pandemic.

In this video we follow along with Capt. Dane of the Palm Beach Harbor Pilots Association on a windy Saturday morning as he brings in a massive bulk carrier cargo ship into the Port of Palm Beach. This vessel which has a draft of 27 ft, and a beam of 99 ft is the maximum allowable size vessel allowed to transit into the port due to the shoaling going on that forces all vessel to have a maximum operating draft of 29 ft. No room for error. Also featured in this video is a regular cargo vessel...

Mississippi River Pilot transfer off of south bound ship in the Mississippi River below New Orleans to a Pilot Boat. Pilots climb down rope ladder onto the top of the Pilot Boat while both boats are underway.

It has been shown that a majority (51%) of pilot ladders is secured by means of D-shackles, when secured at intermediate length. Previous research (Evans, 2020) has proven that this method has only about 50% of the strength of the pilot ladder when secured at full length (“double ended ladder”), or by means of the “endless-sling” method.

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Report by nC2 Engineering Consultancy at the University of Southampton on behalf of the International Maritime Pilots' Association (IMPA) to investigate the effectiveness and impact of different methods of securing pilot ladders in medium lengths in a laboratory-based project.