Article

Send us links of interesting articles


by Marine-Pilots.com - published on 21 August 2019 98 -

We at Marine-Pilots.com have already researched and entered many interesting articles for our community, so that we already have many things worth reading on our site.

We need your help from the whole community:
If you find interesting articles on LinkedIn or on the internet, please send this link to info@Marine-Pilots.com.

It's even better if you wrote an interesting article yourself or made great photos or video recordings that you would like to make permanently accessible to the large Marine Pilots Community via our web portal. You will always be named as the author of your content!

You can revoke your approval for your content at any time if you feel uncomfortable with Marine-Pilots.com.

For example you will soon find the authentic and emotional experience report of Pilot Capt. Umar about his fall from the pilot ladder into the water on Marine-Pilots.com.

Let's make our Marine Pilot community great!
What's your opinion on this?
Login or register to write comments and join the discussion!
Read more...

Article Support hashtag #MarinePilots

by Marine-Pilots.com - published on 4 September 2019

To better bundle all articles and messages about Marine / Maritime Pilots I would like to suggest the Hashtag #MARINEPILOTS. We can use it well here on LinkedIn, but also for other social media like Twitter.

0

Article The difficulty of finding marine pilot-specific information on the Internet

by Marine-Pilots.com - published on 4 November 2019

Who is a pilot and how do I find information about this great job on the Internet?

2

Article Marine-Pilots.com: Login, comment function and new logo online

by Frank Diegel - published on 17 February 2020

Marine-Pilots.com has launched some new important features: Marine Pilots can register to our website and comment articles and videos now. And take a look at the new logo.

0

Article Watch out for hydrodynamic effects when manoeuvring your ship in restricted waterways

by SWZ|Maritime - published on 14 October 2021

Research on hydrodynamic interaction indicates that if the speed of the ship near a bank is too high, the rudder may be less able to cope with the forces induced and control will be lost. The Nautical Institute highlights this in its latest Mars Report, in which an LPG carrier hit a barge being towed by a tugboat as a result of hydrodynamic forces.

1

Article Livorno: Man steals pilots boat and then sets fire to it

published on 26 October 2021

A Dutch man, after having stolen the pilots' boat and set fire to it, sowed panic in the port of Livorno, giving rise to a chase at sea.

0

Opinion Example of a passage and berthing plan

by Marine-Pilots.com - published on 19 June 2020

As part of a good Master-Pilot exchange (MPX) the passage plan and berthing plan is discussed with the bridge team.

0

Article Next-level shiphandling simulation using VR

by Captain, MSc. Remko Fehr - published on 13 December 2023

Kiel Pilots introducing Morild Interaktiv AS Virtual Reality Simulator for next-level manoeuvring training.

1

Article Port Of Cromarty Firth Marine Support Manager ‘Honoured’ To Join UK Harbour Masters’ Association’s National Council

published on 3 September 2021

Graham Grant, the Port of Cromarty Firth’s Marine Support Manager, has been appointed to the National Council of the UK Harbour Masters’ Association (UKHMA).

0

Video Ship Pilotage to Dunkirk Harbour BreakWater.

published on 11 May 2022

Ships Arrival from Dunkirk Pilot Boarding Ground to Dunkirk Breakwaters Captured.How the Pilots boards the Ships.How the Tugs are made Fast.
Beautiful Entrance to Dunkirk Harbour.
@JeffHK @Karanvir Singh Nayyar
#Dunkirk #SeaPilotboarding #TugBoats #Dunkerque #HistoricPortWWII

0

Article Miscommunication Leads to Tug Striking Shore Facility, Causes $1.47 Million Damage

published on 4 August 2021

A bulk carrier was departing port with a pilot on the bridge to assist with the undocking and manoeuvre downriver. The operation was also assisted by two conventionally propelled tugs, one forward and one aft.

0