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.
Lack of standard user interfaces across bridge equipment is a major concern for maritime safety. Pilots are in a unique position, as they are constantly exposed to new and differing bridge working environments, equipment, interface designs and combinations of systems. As pilots face this problem throughout every shift they need to put in considerable effort to adjust their work to the many user interfaces they meet.
When you think about SWATH ships, remember seakeeping. Imagine gliding gently over waves. That serenity is what SWATH ships deliver. It comes at the price of several new design challenges. But for the right mission, a SWATH is worth it. Maybe the tradeoffs are right for you? Learn about the strengths and weaknesses of a SWATH. REFERENCES [1] Mecaflux, "Midship, Frontal Surface Area and Flotation," Mecaflux, [Online]. Available: https://www.mecaflux.com/en/Maitre_couple.htm. [Accessed...
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.
