“All vessels must stop whenever the passage ahead is not clear”
“Vessels must slow down passing along collapsed or under repairs banks, as well as when passing all vessels in sidings, hoppers, dredgers and other floating units made fast”
“Whenever a collision appears probable, vessels must not hesitate to run aground should this be necessary to avoid the collision”
“Where, by the fault of two or more ships, damage or loss is caused to one or more of those ships, to their cargoes or freight, or to any property on board, the liability to make good the damage or loss shall be in proportion to the degree in which each ship was in fault.”
“(i) The number of faults on one side or the other is not decisive. It is the nature and quality of a ship's faults, rather than their number, that matter. (ii) Breaches of the obligations imposed on ships in certain defined situations by the Collision Regulations will usually be regarded as seriously culpable. One such rule is the narrow channel rule. (iii) Causative potency has two aspects. The first is the extent to which the fault contributed to the fact that the collision occurred. The second is the extent to which the fault contributed to the damage resulting from the casualty. (iv) In most cases though not all it will be right to treat the fault of a ship that creates a situation of difficulty or danger as greater than that of the ship that fails to react properly to such situation after it has been created. (v) The fact that a fault consists of a deliberate act or omission may in certain circumstances justify the court in treating it as more culpable than a fault which consists of omission only.”
“The process necessarily involved comparisons and it required an assessment of the inter-relation of the respective faults of the three vessels as contributing causes of the damage or loss. If the faults of two vessels out of three are being grouped together there may be risk of making it difficult to make separate comparisons and assessments as between the three.”
“16JULY2018 0235UTC VDR CARD STOP SWITCH OFF AND CARD EJECTED”
“This ship…Coming tug boat, a strong tug boat…to take it again to the er…”
“What I am thinking now, the ropes is enough. Two headlines, two stern lines. Is enough.”; and the pilot replied, “yeah. Yes.”
“Good morning Captain Waheeb. We need a line from the bow, Captain Waheeb, so that we will stay here until the two convoys pass.”
“Good morning Salam 6 you are like that pushing perpendicularly all the time or what? What is the situation there? Because the distance, there are large vessels coming 150,000 and 158,000 and you are I mean perpendicular on the vessel so occupying a large part of the channel.”
“OK Captain God willing, we will try to be in line [parallel] with the vessels. Yes sir we are almost finished, God willing, thank you.”; and Capt Al Seginy replied to that with: “OK OK, because I’m coming, no. 3 Captain Sabban and Captain Magdy Khattab 150,000 and no. 6 it is I guess Captain Ahmed Masoud & Captain xxx 157,000, the channel will be very narrow for them.”
“I can’t believe we have reached this chaos stage, that you give anyone anything!”
“[Salam] he is going to to try to be alongside [or similar], when you approach you can see what’s the situation Mahmoud as the canal will be very narrow [or may be too tight] for you”
“Thanks Captain well said once we get close we’ll tell him [Salam 6] to give us some space [to pass safely] as the vessel is large and in order not to cause any problems and God be with us.”
“Arrive safely. And I have informed the Traffic as well.”
“Sir I’m on board the vessel, supervising the [xxxx], any instructions sir?”
“Good job, Capt Ramzy, if you please the tug to be alongside the vessel while we are passing, just give us a space because the vessel is wide”
“You are still same speed! Open distance a bit, I’m currently very close to you.”
“No he didn’t enter the channel but he’s not alongside the bank I mean he’s a bit off the bank additionally two tugs and the place is narrow I mean the place where I say the vessel is, is narrow, I mean this is the narrowest place in the canal and we’ve barely passed, barely passed, if you have a radar look at us and you will note we’ve barely passed so I guess this will be difficult for the 54 [foot/feet], I’m just giving an honest opinion and of course you can have a final decision.”
“No one must give instructions to vessels to pass like this, dangerous. If there is a little wind …”
“The tugboat IWO vessel’s aft who is pushing the vessel. The vessel started swinging sideways across the channel. Salam 9, Salam 9, Ramzy”
“OK Captain we will adjust with vessel and push her, just one second.”
“Go more to the stern Salam 9 more to the stern quickly”
“When a vessel runs aground, Suez Canal Officials are alone empowered to order and direct all operations required to get the vessel afloat and if needed get the vessel unloaded and towed. Nevertheless, masters remain responsible for all damages or accidents of any kind which may be the direct or indirect consequence of the grounding.”
“Even with a small window of 15-20 minutes before AM would reach Alexander, it most likely would have been possible for the Suez Canal mooring crew to be deployed (assuming they were being launched on the offshore port side) and make their way to Alexander’s inboard stbd side (more sheltered from wash interaction) ready to take the additional mooring lines to the shore. If they were being launched from Alexander’s inboard stbd side then they would have been able to take the additional mooring lines even sooner. There was a risk that the passing ships may cause some interaction movement in Alexander which would possibly affect the mooring arrangements/operation, however this could have reasonably been offset by prudent use of the tugs … .”
“F2 Assuming Falcon was committed to passing Alexander where she was in the Canal, did Falcon shape to pass, and pass, Alexander properly, or was she improperly navigated? In particular: (i) did good seamanship require that Falcon approach and pass at no more than 5.5 knots through the water (below 4 knots over the ground); (ii) was it poor seamanship to arrive at Alexander’s position, and begin to pass her, on a deceleration; (iii) was it poor seamanship to increase Falcon’s main engine RPM during the pass; and/or (iv) was it poor seamanship to steer Falcon’s bow back towards the centre of the main channel as shewas passing? Answer (i): Considering the environmental conditions (particularly wind) at the time were reasonably favourable and with a adverse current with respect to Falcon’s heading and which provides more directional control, good seamanship would suggest that Falcon could have passed Alexander at her minimum steering speed of not more than 6.0 knots STW which would have been prudent. (ii): Whilst strictly speaking it is not incorrect to approach a passing on a declaration, good seamanship would suggest that this approach does not give the mariner sufficient time to fully assess the satisfactory outcome of the planned deceleration/speed or allow time to counter/react to any unexpected occurrence such as bank effect which will need additional action/speed adjustment to address. (iii) & (iv): Ideally when making a close pass in a confined channel, good seamanship would suggest that a passing ship should avoid any increase in speed and/or heading [original emphasis]. This is why it is prudent as per (ii) above to approach a pass at the pre-determined speed in good time and distance beforehand in order to foresee and counter any control issues and negating the need to change speed or heading during the actual pass. Notwithstanding the above, if the change in speed and heading by Falcon was for no other reason but to regain track early and maintain convoy schedule/distance, then that would not be conducive to good seamanship.”
“F4 In your Answer F2, … concerning the navigation of Falcon, you took her minimum steering speed to be not more than 6.0 knots STW. Please identify and explain the basis for that assumption. Answer F2 (i) did good seamanship require that Falcon approach and pass at no more than 5.5 knots through the water (below 4 knots over the ground); Our answer was attempting to directly address question F2 where a stated speed value of 5.5 knots was suggested as per [the] excerpt above … . NYKF’s pilot card and manoeuvring characteristics … respectively do state her minimum steering speed to be/around 7.0 knots. This data is generally derived from sea trials in open sea conditions and is accepted to mean the minimum speed at which the vessel maintains her full capability to achieve desired headings with corresponding Rate of Turns. However it is also normal practice of good seamanship when required to maintain a lower speed, but maintain “restricted” heading control in confined environments to proceed marginally slower such as when entering/leaving port; making a pass or confined navigation such as a narrow channel/canal. Many ports require similar sized ships to NYKF to proceed at between 5-6 knots (even without tug assistance) so there are many instances when less than the “minimum steering speed” will be required. The Elder Brethren do concede that perhaps a more apt term in our original response should have read “minimum control speed” meaning restricted heading control as opposed to “minimum steering speed” which means full steering/manoeuvring control. It is from our own professional experience of ship handling similar sized vessels and also quite importantly what many ports require with respect to ship’s speeds in confined waters (eg: Southampton Port stipulate maximum STW of 6 knots from Dock Head to Upper Swinging Ground, a distance of almost 2.5nm to avoid or reduce interaction) that a STW less than the “minimum steering speed” is safely achievable. This is where we have advanced the suggestion of a STW not more than 6 knots which is a reasonably accepted norm in confined manoeuvres (environmental conditions permitting). A minimum control speed (less than the minimum steering speed) can be achieved by momentarily stopping engines (rpms) in order for the speed to reduce and then “kick ahead” again to Dead Slow Ahead (or more if required) to initially maintain the lower speed and then slowly increase speed again. NYKF did it seems actually follow this method by maintaining control (steering) at a lesser speed when she transited the buoyed channel at a speed of between 5.2 and 5.9 knots STW for 22 minutes.”
“We can clarify in line with our answer to F2(ii) that good seamanship would have required the NYKF to be at her planned passing speed before the pass (0.5nm is approximately just over 3 ship’s lengths deemed adequate to correct/counter any control issues before that actual pass). Therefore from the above the EB deduce that approaching on a deceleration in these circumstances (unfamiliar/unusual pass) was not conducive to good seamanship (ie: poor seamanship).”
“The tugboat in way of vessel’s aft who is pushing the vessel. The vessel started swinging sideways across the channel. Salam 9, Salam 9, Ramzy.”
“Alexander should have alerted the Traffic Control and other ships in the vicinity as to the impending situation with her breaking away from the bank after losing her (aft) moorings. The primary means to alert others could have been by initially making a “Pan Pan” urgency message to “All Ships” on the VHF 16 and the Suez Canal working channel. The Traffic Control most likely would have taken over the VHF alert after Alexander’s initial call to warn the other ship/pilots. One of the most effective methods Alexander could have also used was her whistle(s) by the sounding [of] an appropriate signal such as Morse Code Lima (.-..) “You should stop your vessel immediately” and/or Morse Code Uniform (..-) “You are running into danger”