Berthing Hamburg port - Pilots' masterpiece

Ship Name: Pilot 4 ENI: 04810620 Client: Hamburg Port Authority (HPA) Operator: Hafenlotsenbrüdergesellschaft Hamburg Shipyard: Schiffswerft Hermann Barthel, Derben Building No. 170 Classification: Germanischer Lloyd Grade: GL + 100 A5 IN (1,2) Z Pilot Boat Length: 17.93 m Width 4.98 m Draught 1.20 m Main engines: 2 MAN Type D 2876 LE 407 Machine output: 2 x 360 kW/1,800 rpm #shipspotting #pilotboat #hamburg

This is a short video of the Hamburg Pilot boarding Queen Mary 2. These people make it look easy but, it is a dangerous manoeuvre.

In this video we are trying to show how a ship enters into Mombasa port through a canal and the procedure of berthing.

Time Lapse Video:The deep draught VLCC PISCES STAR is approaching the Port of Rotterdam, after navigating through the Eurogeul and Maasgeul deep water channels in the Southern North Sea. The VLCC is proceeding in Calandkanaal channel to her berth in the Petroleumharbour No. 5.
Before coming alongside the VLCC is stopped and swung in the channel. Four harbour tugs are made fast to assist the manoeuvring vessel. Mooringboats bring the VLCC's steel mooring wires ashore when she is coming...

I am not a computer savvy. My knowledge in programming and robotics and those sort of things is nil. I get lost in the sea of social media and easily entangle myself in the web. All I have done for the last 25 years or so is to pilot ships through the Panama Canal. However, during the last couple of years I have done my best to catch up with technology, since it has enhanced our possibilities and improved safety in our field. But still, I have to admit that I am way behind the new guys in this important issue.

Experiences from Australia: No two days are the same for a marine pilot in a busy port such as Esperance, but Mr MacAdie wouldn’t have it any other way.

Great film about sailing on Kiel Canal (NOK) in Germany.

Drydocking or undocking is always a difficult task, particularly with a “dead” vessel (no power/propulsion) and the wind blowing on the ship's side.

How to get information for wind & current limits to be potentially encountered by thrusters – or current? - this will be described in this movie:
- Measure Drift speed, due to beam wind with no propulsion;
- Measure drift speed using full thrusters
- Estimate wind & current limits to be potentially encountered by thrusters – or current...
- Finally there is a simple formula as Rule of Thumb: the transverse drift speed is about 7-8% of wind speed!

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