Video Is this a safe disembarkation?
published on 19 October 2021
Video How Cargo Ships Navigate the World's Most Treacherous Bay
published on 10 December 2025
Play World of Warships for Free! Click my link to join the battle and unlock exclusive rewards. https://wo.ws/SamEckholm For over 150 years, the San Francisco Bar Pilots have guided the world’s largest ships through one of the most dangerous stretches of water anywhere on Earth. In this episode, I'm taking you out to sea with the pilots to see what it actually takes to navigate these vessels through the Golden Gate. Follow Along Here: --------------------------------------------- 📸...
Article What is a Maritime Pilot? From "Crossing the Bar, The Adventures of a San Francisco Bay Bar Pilot" by Captain Paul Lobo
by Capt. Paul Lobo - published on 22 September 2020
Video HDPE pilot boat
published on 15 July 2020
Video Pilot transfer at Port of Cork
published on 5 March 2025
Video The Great Lakes-St. Lawrence Seaway Shipping System
published on 16 October 2022
The Great Lakes-St. Lawrence Seaway System is a 2,340 mile “marine highway” that extends from the Atlantic Ocean to the Great Lakes. This integrated navigation system serves mariners, farmers, factory workers, and commercial interests from the western prairies to the eastern seaboard. Today, the Great Lakes-St. Lawrence Seaway System serves as a Key Supply Chain for the world’s 3rd largest economy. Visit greatlakesseaway.org/our-system/ to learn more!
Video The Hair-Raising Career of a Chesapeake Bay Pilot
published on 15 September 2020
Video New pilot boat for Southwest Alaska Pilots Association
published on 8 April 2020
Video Lynx pilot boat
published on 16 July 2020
Article Can you trust your GNSS data?
published on 23 November 2022
This important topic is still underestimated in shipping! Can you trust your GPS? Your Galileo? Knowing where the ship is and where to sail next is the main task of navigating a ship and is commonly supported by using Global Navigation Satellite Systems (GNSS). But what happens if the GNSS gets intentionally disturbed?