Article

First investigation report of "Milano Bridge" Accident on April 6th 2020 in Busan


by Marine-Pilots.com - published on 13 May 2020 10543 -

According to an article from "Safety at sea" the Korean Investigation Authority has published the first report about accident of container vessel "Milano Bridge" on April 6th 2020 in Busan.

The report confirms that the accident caused by excessive speed during manoeuvring and the underestimated effects of the ship in ballast, such as partially submerged propellers and rudder blades with limited manoeuvrability, are considered to be the causes of this serious accident when berthing with a destroyed gantry crane.

The MOF’s Korean Maritime Safety Tribunal’s (KMST) investigations showed that Milano Bridge entered the port with about one-third of its propeller exposed above the water surface because it was not carrying sufficient ballast water. Milano Bridge was ballasting at the time, having departed from Zhoushan DDW PaxOcean Shipyard in China, after undergoing repairs.

KMST noted that Milano Bridge sailed towards the pier at a speed of 8 knots, which was higher than the usual speed of 6 knots when berthing. Wind speed at the time was 5 to 8 metres per second, which is considered normal.

KMST also calculated that the accident could have been avoided if Milano Bridge had slowed to less than 7 knots when approaching the pier.

The "Milano Bridge" is now undergoing repairs in Dalian Shipbuilding Industry Company’s yard in China.

Join the conversation...

Login or register to write comments and join the discussion!
MR
Merv Rowlinson United Kingdom
on 22 March 2021, 17:00 UTC

Hi Manjit:
Milano Bridge - the "Timeline" refers to a head tug as well as a stern tug!. What do you think? Given the speed of the vessel on approach I think that attaching the head tug would have been precarious!
I look forward to hearing from you.
Regards,
Dr. Merv Rowlinson
Southampton
[show more]
0

MH
Manjit Handa Australia
on 21 May 2020, 09:44 UTC

The ship had only one tug in attendance. ( It appears that the second tug in the background was attending the vessel at berth ahead.)
That is rather odd, isn't it? Such a high windage area and only one tug? No surprise then that the only tug was unable to arrest the vessel's transverse speed.
0

Read more...

Video AIS track of MILANO BRIDGE on 6 April 2020 (Busan port)

published on 8 April 2020

According to AIS past track data, the vessel was obviously too fast on 9 knots and also going down the wind (4-5 bft., take a look at the exhaust from the stack) when entered the inner harbour considering the size and displacement. That speed was approximate 3 ship lengths to the pier and there was the on pier wind after the turn. Why the ship entered the port so fast will be the subject of the investigations to be awaited. Knowing South Korea procedures there will be no just marine...

0

Video Detailed Track of "Milano Bridge" in Busan Apr 6 2020

published on 17 April 2020

Watch also (video of the accident)
Unofficial internal company timeline report

0

Article Unofficial internal company timeline report of the ship accident in Busan 6 April 2020

by Marine-Pilots.com - published on 14 April 2020

"ONE - MSQ Accident News No. 31": ONE operated 13,900 TEU vessel “M/V Milano Bridge” has collided with gantry cranes and another vessel while approaching berth at PNC #8. This was the first berthing for phasing-in after Dry Dock.

0

Video Allision Between Containership Maersk Shekou & Tall Ship Leeuwin II | ATSB Released Interim Report

published on 22 April 2025

Details on Fremantle Incident: MV Maersk Sheoku Collides with STS Leeuwin II and actions of Crew and Pilots April 21, 2025 In this episode, Sal Mercogliano — a maritime historian at Campbell University (@campbelledu) and former merchant mariner — discusses the Australian Transport Safety Bureau Interim Report on the Collision between Maersk Shekou and tall ship STS Leeuwin II. #leeuwinII #Fremantle #collision 00:00 Background 09:57 Arrival at Fremantle 17:22 Entrance into Channel 27:27...

1

Video Smart Ports: Piers of the Future

published on 25 November 2019

Six leading Ports join forces to show the world their Smart Port model

0

Video Porthos Lima, presented during the 53rd EMPA GENERAL MEETING

published on 17 January 2020

Conapra's Technical Director, the pilot Porthos Lima, presented during the 53rd EMPA GENERAL MEETING the application developed for smartphones, inspired by the 2017 IMPA SECURITY CAMPAIGN. This tool allows pilots to report deficiencies in the Pilot Packing Arrangements and ship equipment, and these reports are instantly available to all Brazilian pilots. In the presentation Mr. Lima, representative of the Brazilian Maritime Pilots Association, showed how the App works and presented its...

0

Article Dardanelles: Turkish pilot falls from pilot ladder

by Frank Diegel - published on 8 March 2021

Eray Demirkol, one of the pilots of the Dardanelles Strait General Directorate of Coastal Safety, fell from the pilot ladder into the sea while he was boarding the 176-meter bulk carrier 28653 DWT named "Lord Nelson".

0

Video IMPA receives the 2022 SAFETY4SEA Initiative Award

by SAFETY4SEA - published on 20 October 2022

International Maritime Pilots' Association (IMPA) received the 2022 SAFETY4SEA Initiative Award for conducting annually its ‘Pilot Ladder Safety Campaign’ with the objective of reporting pilots’ experiences of ladders and boarding equipment to the IMO and the wider shipping community. Other distinguished short-listed nominees of this category were: Inmarsat, International Marine Contractors Association (IMCA), Safetytech Accelerator and Seafarers Hospital Society. We are honored to be...

1

Article Nigeria: Marine pilots seek payment of footage allowances

by Marine-Pilots.com - published on 8 May 2020

The Nigerian Maritime Pilot Association - NMPA, an affiliate of the International Maritime Pilot Association - IMPA, has called for the payment of accrued Footage allowances being owed them.

0

Article TRENZ SIRIUS: Improved Pilot Unit (PPU) from Germany

by Marine-Pilots.com - published on 18 February 2025

One of the smallest, lightest and most powerful devices with ROT on the market: only 216 g at 130 mm x 75 mm x 28 mm

1