IMPA Congress 2022 (NEW DATE)

This movie shows how to create the Characteristic Diagram for Wind effect on ships and limits of steerability under strong wind. It uses the previous demos made with the SAMMON Planning Software on turning tendency of ships on straight track and in turning motion.

Whilst filming for the Voyager T2000 I was asked by Frank from Safehaven Marine if I wanted to make a video about the brand new Pilot Interceptor 60. There was no way that I was going to miss this opportunity!
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Voyager T2000 Yacht Tour: https://youtu.be/Z8m7mWNWGAs
Voyager T2000 sea trial: https://youtu.be/ihgjtrgV0O4

“The world of hydrography is going digital and the S-100 standard is an essential component of that move.” See how the Canadian Hydrographic Service has led Canada to become one of the first countries in the world to start using the S-100 standard, and how implementing these standards will benefit Canadians through increased safe navigation in Canadian waters. S-100 Producer: http://www.charts.gc.ca/data-gestion/index-eng.html#S100 chsinfo@dfo-mpo.gc.ca S-100 Cloud: https://www....

MarineL og November 2022 Edition has been published. This issue focusses on patrol boats, pilot boats and offshore support vessels.

This movie belongs to the operation of ships with POD propellers and discusses the approach for using a vector model from only the pods’ thrust forces as resulting force to imagine the potential effect of the pods on manoeuvring motion.

We’re doing another day of testing with the self-propelled scale model of T-2000. Obviously the conditions here do comprehensively exceed the designs operational envelope, as in scale proportion to the model, the waves must be I guess around 10-20 metres in size. However it’s interesting to understand the designs ultimate limits. The model is built to a scale of fourteen to one, and this equals 20 metres in real life size. Later, by slowing down the video, so that it matches the speed of...

Introducing the new Volvo Penta Inboard Performance System (IPS) professional platform – the next evolution in our fully integrated helm-to-propeller experience. Targeted for 2025, this groundbreaking innovation offers unparalleled comfort, performance, and sustainability for a new class of marine vessels.

A study of increasing competition in ports and the underlying pressure to improve port performance. This thesis is the final deliverable for the completion of the degree of Master of Science in Transport, Infrastructure and Logistics (TIL) at the faculty of Civil Engineering and Geo-sciences at the Delft University of Technology.

Captain Andre Smith shares risks facing marine industry