https://houstonmaritime.org
https://houstonmaritime.org
Video How A Pilot Boards A Ship
published on 27 September 2020
Video Retired Houston channelpilot Lou Vest: "My Maritime Story"
published on 3 November 2020
Video Houston Pilotage with Oil Tanker
published on 30 March 2022
Time lapse video showing Houston Pilotage with Oil/Chemical Tanker Ship: Kastav - Oil / Chemical Tanker Area: Houston Camera: Go Pro Hero 3 BE Copyright: The Sea Lad *To use this video in a commercial player or in broadcasts, please contact Us* You can find Us on: FB: https://www.facebook.com/thesealad YouTube: https://goo.gl/PcwM6k Google+:https://goo.gl/kHOOO9 Pinterest: https://www.pinterest.com/thesealad Twitter: https://twitter.com/TheSeaLad1 Seafarers Jobs: http://jobatseas.blogspot....
Video Look at Life - Down London River (Thames) - 1959
published on 18 March 2021
This documentary made in 1959 in the popular Look at Life series is from Volume 5 - Cultural History and takes a journey along the River Thames passing several famous buildings and monuments such as - County Hall, Royal Festival Hall, Shell Mex House which has the biggest clock face in London. Cleopatra's Needle, St Paul's Cathedral, Tower of London, Tower Bridge, Port of London Authority, Prospect of London Pub, Port of London Docks.
Article Pilot transfer arrangements by AMSA
by Marine-Pilots.com - published on 18 November 2019
Article Pilot Boat "Tampa": Repowering After 19 Years of Continuous Service
published on 18 October 2022
Video Pilot Ladder on Ships- Correct rigging procedure 2020
published on 8 January 2021
Correct method of rigging pilot ladder explained.
As explained, a large number of reports related to the use of pilot ladders which are too long relative to the vessel’s draughts. As a result, the excessively long ladders require shortening up before being deployed for boarding pilots. In these cases, ship crew shortens the pilot ladders, using D-shackles to choke the side ropes at the required height along the ladder’s length. In this method, the D-shackle is first secured to a hard point...