Video Pilot Vessel "CATAMARÁN ANTARES"
published on 4 November 2022
#PilotVessel "CATAMARÁN ANTARES"/ On board #PilotBoat "PAX"/ #CanalAccesoAPuertoLaPlata #pilots #pilotonboard #RioDeLaPlata #Argentina / 02.November.2022 This video shows, the moment which the Pilot Vessel "CATAMARÁN ANTARES", after departured from #LaPlataHarbour went to the Boarding Point in #ZonaComún to embark and disembark #Pilots #LaPlataHarbour . These images were taken on board the Pilot Vessel "PAX" (inbound vessel), when she was underway inside the #CanalAccesoAPuertoLaPlata...
Video Pilot Boat HOLTENAU, Travemünde 2019-12-15
published on 17 March 2021
Article Finnpilot Pilotage Orders Sixth Watercat 160 Pilot from Marine Alutech
published on 29 April 2025
Article Safehaven Marine starts sea trials for new Irish Pilot Boat
by Baird Maritime - published on 14 May 2024
Article Master and Chief Engineer plead guilty in MV Funing case
published on 22 September 2020
The Master and Chief Engineer of the log-carrier MV Funing, have today been sentenced and fined after admitting charges relating to the grounding of the ship at the Port of Tauranga in July.
Master Liang Guang Hong and Chief Engineer Chameekara Prasad Nanayakkara both entered guilty pleas in the Tauranga District Court on 10 September to charges brought by Maritime NZ under the Maritime Transport Act (MTA) 1994.
Video Inbound with CHIOS LUCK 188m, to Waalhaven Buoy 29
published on 28 June 2022
Article Safe and modern Ideas for Pilot Tranfer Arrangement
by AIMPA - All India Marine Pilots' Association - published on 29 April 2021
Video Maritime Pilot - Saudi Maritime congress - Episode 8
published on 24 September 2024
Video Yaw Stability of Ships - Basic Principles by Knud Benedict
published on 18 November 2021
Another very good explanatory video by Knud Benedict. Absolutely worth seeing.
Yaw Stability is an important element of Ships Manoeuvrability - both for course keeping and turning ability. This first video in a series explains the Basic Principles of stability in steady state equilibrium conditions and the forces / moments involved