Video

Pilot Ladder on Ships- Correct rigging procedure 2020


published on 8 January 2021 1339 -

Found on YouTube. Created by "Capt.Vijay".
Correct method of rigging pilot ladder explained.
As explained, a large number of reports related to the use of pilot ladders which are too long relative to the vessel’s draughts. As a result, the excessively long ladders require shortening up before being deployed for boarding pilots. In these cases, ship crew shortens the pilot ladders, using D-shackles to choke the side ropes at the required height along the ladder’s length. In this method, the D-shackle is first secured to a hard point on the deck, such as a pad eye, and the ladder rope threaded through the shackle. Shortening ladders using the D-shackle method causes the weight of the ladder to be taken up by the D-shackle impacting directly against the mechanical securing clamps (widgets) which secure the ladders treads in place, Tokyo MoU explains.
What's your opinion on this?
Login or register to write comments and join the discussion!
Read more...

Article Pilot Transfer Arrangements

by Captain Kevin Vallance MNI - published on 2 October 2019

Most pilot embarkations and disembarkations around the world, are still carried out using a traditional pilot ladder, consisting of wooden steps supported and secured by side ropes.

1

Article A contempt for pilot safety and total disregard for the contents of the SOLAS Convention.

by Captain Kevin Vallance MNI - published on 4 October 2019

Tuesday, October 1st is the start date of the latest International Maritime Pilot Association's annual Safety Campaign.

Previous campaigns by the association have consistently shown results of pilot ladder deficiencies around the 20% mark.

0

Article Origins of the IMPA pilot mark

by Kevin Vallance deep sea pilot and author - published on 24 October 2019

There are many things in both our everyday and professional lives which we take for granted and never question the origins of, an example of this might be the IMPA recommended ‘pilot mark or pilot line’, which is sometimes seen on the side of vessels indicating where a vessels freeboard exceeds 9 metres.

4

Opinion 1000 cruise ships around… Are their pilot transfer arrangements safe?

by Arie Palmers - published on 8 June 2022

Some words on cruise ships and their compliance with SOLAS ch.V reg 23, IMO A.1045(27)? At the start of 2020 a pandemic we haven’t seen before in hundreds of years has struck the world, putting economies to a halt and had a devastating effect on the beautiful cruise business.

2

Video Marine Pilots Boarding (Insights from Kuwait)

published on 13 August 2025

In this one you will see a couple different times when the Pilot boards or leaves the ship and how they do it. It is always interesting to watch even though I have seen it many time. Hope you all enjoy the video and hope to see you in the comments as always.

0

Video Honningsvåg Pilot Recovery

published on 16 June 2023

Leaving Honningsvåg Norway aboard the Nieuw Statendam cruise ship in May 2023. Video shows the Pilot leaving the ship.

0

Video Marine Pilot Transfer by Helicopter

published on 2 March 2021

The transfer of Marine Ship’s Pilots by helicopter hoist is a demanding task. These 24/7, severe weather missions require detailed training in all phases of the operations and focus on the “team’s” capabilities is essential in all phases of the operations and focus on the “team’s” capabilities is essential.

0

Article Belgium: Shipping Delays Persist as Pilots Continue Pension Protest

published on 13 October 2025

The Professional Association of Maritime and Inland Pilots (Beroepsvereniging van Loodsen – BvL) announced on Thursday that its strike over Belgium’s pension reform will continue throughout the weekend.

1

Video Yaw Stability of Ships - Basic Principles by Knud Benedict

published on 18 November 2021

Another very good explanatory video by Knud Benedict. Absolutely worth seeing.
Yaw Stability is an important element of Ships Manoeuvrability - both for course keeping and turning ability. This first video in a series explains the Basic Principles of stability in steady state equilibrium conditions and the forces / moments involved

1