Article Port of Townsville to expand pilot boat fleet
by Marine-Pilots.com - published on 24 January 2020
The Port of Townsville, northern Australia’s largest multi-cargo port, is expanding its fleet of pilot boats to four.
The Port has awarded Hart Marine a $3 million contract to build a 17.3m ORC vessel that is due for delivery later in 2020. The new high-tech vessel will be slightly longer but have the same design features as the PV Osprey which was delivered by Hart Marine in late 2017.
Article TWO NEW METAL SHARK PILOT BOATS NOW SERVING PORT OF NEW ORLEANS
by Metal Shark Boats - published on 20 November 2019
Article Sixth High-Speed Launch for Delta Pilots
by Gladding-Hearn Shipbuilding - published on 27 November 2019
Article Gladding-Hearn Delivers Sixth High-Speed Launch to Delta Pilots
by Marine-Pilots.com - published on 15 July 2020
Delta Launch Services, the operating company for the Associated Branch pilots on the SW Pass of the Mississippi, has taken delivery of a new pilot boat from Gladding-Hearn Shipbuilding, Duclos Corporation. This is the sixth St. John’s Class launch built for the Delta pilots by the Somerset, Mass. shipyard.
Video Pilot Vessel《PILOT 62》Sailing through Ma Wan Channel 20250222
published on 27 February 2025
Video PLA River Thames Pilot Cutter Dji Inspire 2
published on 28 January 2021
Pilot cutters are used to take pilots between the three pilot stations (at Gravesend, Harwich and Ramsgate) and ships entering or leaving the Port of London.
Three dedicated pilot cutters Patrol, Guide and our hybrid Leader are based at Gravesend. The six cutters used at Ramsgate are operated by a Estuary Services Limited, which is jointly owned by the PLA and Medway Ports Ltd.
Article Forth Ports (UK) orders two new pilot boats for Rivers Forth and Tay
by Forth Ports Group - published on 27 February 2024
Video Wind Impact on Ships Turning Motion
published on 20 January 2021
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...