Video Harbor Pilots of Port Canaveral: Cruise Ship Transfers
published on 6 January 2025
In this video watch massive cruise ships departing from the Port of Canaveral! Join the Canaveral Pilots Association as we capture stunning footage of these floating cities embarking on unforgettable cruise adventures. From Royal Caribbean to Disney Cruise Line, experience the thrill of watching these colossal vessels glide through the water.
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#portcanaveral #harborpilot #cruiseship
Video Mersey pilot boat runs aground, and Polish ship, Pilsudski, is sunk (1939)
published on 12 November 2020
GAUMONT BRITISH NEWSREEL (REUTERS) To license this film, visit https://www.britishpathe.com/video/VLVAAFMZAJGI7M13SNICC6BXKJPV2-MERSEY-PILOT-BOAT-RUNS-AGROUND-AND-POLISH-SHIP-PILSUDSKI-IS-SUNK Wreckage of a Mersey pilot boat running aground at Southport, killing 20 crew members, and the Polish liner, Pilsudski, whose captain died of exposure after the ship was sunk Full Description: SLATE INFORMATION: Two More Losses on the Sea ENGLAND: Sefton: Southport: EXT LIVERPOOL L'pool Mersey Pilot...
Article ISPO 2022 conference program and topics published
published on 17 June 2022
Video Pilot Boat Hamburg Pilot 3
published on 19 November 2025
Video 2013: 3D "Jolly Nero" accident simulation in Genoa
published on 5 August 2020
Article New Study on GNSS Interference in the Baltic Sea
by GPSPATRON Sp. z o. o. - published on 12 March 2025
GNSS interference has become a growing challenge in the Baltic Sea, affecting maritime navigation, aviation, and critical infrastructure. While numerous datasets and services, such as gpsjam.org, spoofing.skai-data-services.com, and flightradar24, report high-altitude GNSS interference based on ADS-B data, there is a significant lack of studies focusing on ground-level interference.
Article Results online survey into the securing methods of pilot ladders
by Herman Broers - published on 5 March 2021
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.