Article

SWATH & SWASH Technology - Smoother pilot boarding


by Marine-Pilots.com - published on 3 July 2020 1328 -

photos and graphics by Abeking & Rasmussen

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. We have put together some content (articles and videos) about SWATH and SWASH on our website over the course of time. At the end of this article you will find more information and facts as related content.


Swath@A&R – An Idea on the Rise

For thousands of years ships have been firmly anchored in human identity. They have benefited and advanced the human kind in countless ways. And yet all along this amazing journey seafarers have been plagued by seasickness, an incessant and relentless nausea caused by the ship’s rolling and rocking. Many experts have tried to find the remedy for the persistent ailment, but always with moderate success.

That is, until Abeking & Rasmussen took up the challenge in 1999 in their usual, intense way and set new standards in on-board comfort and seakeeping with the development of the SWATH technology. Since then, the shipyard delivered almost 30 extremely accomplished SWATH@A&R (Small Waterplane Area Twin Hull) vessels that owe their success to one groundbreaking advantage – stable and calm voyage even in high and stormy seas. With the innovative technology the shipyard won accolades across the shipbuilding world and took its rightful place as the world market leader in this highly promising industry sector.









Join the conversation...

Login or register to write comments and join the discussion!
DF
David Field United Kingdom
on 4 July 2020, 13:59 UTC

Very remarkable technology. Hopefully it is competitively fuel efficient but for pilotage that is irrelevant. One life saved is justification enough.
0

Read more...

Article What is a SWASH pilot boat? What's the difference to the SWATH technology?

by Marine-Pilots.com - published on 5 June 2020

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.

0

Video Swash@A&R "Explorer"

published on 3 June 2020

0

Video RGLNG Pilot & Tug Sim

published on 12 August 2026

Simulation of pilots and tugs in the Port of Brownsville from the inlet to the berth

0

Article Study "Master (M. Eng.) Maritime Pilotage" in Germany

by Hochschule Wismar, University of Applied Sciences, Technology, Business and Design - published on 7 August 2024

Neuer Studiengang ab dem Wintersemester 2024/2025!
New degree programme from winter semester 2024/2025!

1

Article New book: The Situational Awareness & The Port Pilotage Services

published on 8 February 2021

Serkan Kahraman and Yusuf Zorba have published a new book for marine pilots. In this book, maritime pilots and shipmasters’ situational awareness levels have been analyzed using a bridge simulator system and the results have been obtained.

2

Video Next Generation ECDIS

published on 2 November 2020

Next generation of Navigation. This video shows the new technologies put up on Navigation. #ecdis #lifeatsea #seafarer

1

Article IMPA Information on Pilot Transfer Operations (May 2024)

published on 13 May 2024

This document aims to provide information to pilot organisations and/or competent pilotage authorities on the conduct of pilot transfer operations.

1

Video Griffiths off Point Lonsdale, for a look over Griffiths see this video https://youtu.be/rAnG87kd9Uw

published on 26 August 2025

Just caught pilot launch Griffiths finishing a MOB drill and goes home to Queenscliff.
For a tour over Griffiths see this video https://youtu.be/rAnG87kd9Uw
Ship spotting at Point Lonsdale and other water activities by Wally on Water.

0

Article Marine-Pilots.com celebrates its first anniversary these days!

by Frank Diegel - published on 26 October 2020

International Marine pilot platform for information and knowledge exchange an acute necessity.

3