During high seas, smaller ships board Maritime Pilots in the mass entrance to Port of Rotterdam.
During high seas, smaller ships board Maritime Pilots in the mass entrance to Port of Rotterdam.
Video New simulators at STC Group
published on 16 February 2022
The Netherlands is a world leader in maritime technology. Many companies at the port of Rotterdam are dedicated to expanding the field. One of these companies is VSTEP Simulation, developer of maritime simulators and software for training purposes. Port of Rotterdam Authority is using these solutions to train commanding officers for its vessels.
Video The #MariTeam of the Port of Rotterdam #1: Harbour Coordination Centre and Dutch Pilotage
published on 26 January 2021
In the first episode of the 3-part series 'The Rotterdam Harbour MariTeam', Portvloggers Steven and Leida take you to the Harbour Coordination Centre and sail with the Dutch Pilotage. How important is teamwork in their work? https://www.portofrotterdam.com Follow Port of Rotterdam also on: Facebook: https://tiny.cc/zdshhy Twitter: https://tiny.cc/peshhy Linkedin: https://tiny.cc/cdshhy Website: https://www.portofrotterdam.com
Article TWO NEW METAL SHARK PILOT BOATS NOW SERVING PORT OF NEW ORLEANS
by Metal Shark Boats - published on 20 November 2019
Video This is how a pilot boarding ship
published on 10 May 2020
Video Boarding a ship Pilot San Francisco Bay
published on 31 August 2021
Video Safe boarding of vessels
published on 25 February 2021
Video Pilot boat LIVE LAUNCH EVENT today, 10:00 AM (CET)
published on 14 December 2021
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.