Video

Wind drift making headway - practical experiments for getting useful data for planning


published on 30 May 2022 292 -

Found on YouTube. Created by "ISSIMS - Innovative Ship Simulation". Originally published on 2021-01-22.
In this movie there are described some experiment to
- Measure Wind effects and prepare ship specific diagram to estimate required drift and rudder angles for wind balance
- to be applied for expected operational conditions beforehand during voyage planning,
This is importsnt specifically for preparing manoeuvring plans for Port arrival and departure planning!
Please enjoy!
Knud Benedict
What's your opinion on this?
Login or register to write comments and join the discussion!
Read more...

Video How Ship Anchor Works? - Procedure For Anchoring a Ship at Sea

published on 11 July 2020

#Anchor #shipanchor #windlass Anchoring is one of the very frequent operations onboard ships. A number of variables and external factors influence the duration and location of an anchoring operation. While the type of seabed is of utmost importance during anchoring, soft muddy grounds or clay bottoms are best preferred. It should be taken care that the anchoring bottom is free of power lines, submarine cables, pipelines or rocks. Various methods on anchoring include consideration of...

1

Video How port pilot sail out ship from the port? Grimaldi lines catania roro ship

published on 22 April 2022

In this video I will show you Grimaldi Lines Catania RoRo Ship

0

Article Furetank (Sweden) turns former office into advanced ship simulator training centre

published on 7 February 2023

Furetank turns a former office building into a maritime educational centre on Donsö outside Gothenburg: a state-of-the-art ship simulator complex for training, assessment and certification.

0

Article New app: Pilot´s Tug Assist Tool PTAT - Bollard Pull Calculation for Marine Pilots

by Capt. M. Baykal Yaylai - published on 19 February 2020

Required tug power and number of tugs needed in variable conditions of wind, current and waves isin most cases an assessment made by pilots based on their professional experience. However, assessments will raise questions by lawyers if something goes wrong. They will use tools to calculate what really is needed with respect to tug power and number of tugs. They have furthermore the advantage of time.

2

Video Maritime Pilots' Institute

published on 4 July 2019

The Maritime Pilots Institute is the premier training facility for River Pilots employing a mix of virtual and real world facilities. Located in Covington Louisiana, we are 45 minutes from downtown New Orleans while offering the safety and amenities of small town life.
The training presents a balance between simulated locations with a variety of environmental conditions and manned scale models of cargo ships in a series of lakes with docking and currents and live factors such as wind and...

0

Opinion What is a Tug's Bollard Pull and How İt is Calculated?

by Capt.Alpertunga Anıker - published on 24 November 2022

The Bollard Pull value, which can be interpreted as the maximum thrust that is developed for a specific amount of time by the propulsion systems of any vessel to the fullest , when it has zero speed in the forward direction, is the criterion that allows us to understand how suitable a tugboat is for a port maneuver or a towing operation.

3

Video Serious Injury to Pilot video by Maritime Training Services

published on 13 December 2019

Serious Injury to Pilot delves into a real-world incident that resulted from a lack of attention to detail. A pilot falls from a ladder due to negligence.
Visit https://maritimetraining.com/Course/Serious-Injury-to-Pilot to purchase the full-length version.

0

Video Unveil the Pilotboat "Columbia

published on 7 February 2021

Opening the building to unveil the Pilotboat "Columbia". Preparing for launchday.

0

Video Pilot Vessel "Golden Gate" under the Golden Gate Bridge

published on 8 December 2021

Boat to boat Pilot transfer, to the Pilot Vessel Golden Gate, under the Golden Gate Bridge.

0