Abeking & Rasmussen SWATH Technology

At the A&R shipyard in Germany, the successful principle of SWATH boats was further developed in 2013: The SWASH principle allows sea-going, smaller and more economical boats.

SWATH and SWASH are interesting technologies that allow a vessel to sail much more calmly in high waves. A stable and calm position of the ship is especially important for pilot boarding.

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A few shots from the day, with Elisabeth-S and H&S Fairness plus the pilot boat. I put music to it as it was such a windy day.

A new generation Pilot Boat ! - One of the first IPS propelled workboat - A service speed of 30 knots - A lightweight and solid construction in aluminium - Fast crew operations and low running costs The specifications of this boat have been carefully studied to optimise performance and reliability, while minimising running costs, especially fuel consumption. Both light and powerful, this new 12-metre craft is capable of rapid turnarounds at a service speed of 30 knots. More information on...

HDV video from a go pro on the mast of an Interceptor 48 Pilot boat at sea during hurricane force winds off Cork, Ireland in February 2014, as well as a few other HD go pro clips. Video by boat builders Safehaven Marine. www.safehavenmarine.com

Rodman 41, es el último modelo de embarcaciones de prácticos diseñado y construido por Rodman. Con 12 metros de eslora el Rodman 41, se convierte en el barco de prácticos más competitivo y con mejores prestaciones del mercado. Equipado con todo lo necesario para realizar trabajos y servicios de puerto, donde se le requiera, de manera inmediata.

On Monday, March 23, 2020, Admiral Osama Rabie announced the successful transit of the Italian passenger ship COSTA DIADEMA in the northbound convoy through the new Suez Canal, coming from the United Arab Emirates heading to Italy. Special measures were applied, as 65 Coronavirus cases were reported on board which required piloting the vessel remotely through pilotage team boarded on two escorting tugs in full coordination with the transit control offices and navigation monitoring stations in a first of its kind scenario in the history of the Suez Canal.

This video shows an introduction on the Spiral-Test-Manoeuvre and describes the procedure how to steer through this manoeuvre and measure the data needed. The results will be displayed in a characteristic diagram allowing to identify stable and unstable conditions and related, detailed information, e.g. spiral loop width and height, rudder angle of neutral effect. Samples of stable and unstable ship behaviour demonstrations will be shown by Fast Time Simulation using the SAMMON Planning tool.