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
Inside Mumbai Port 🚢 | Pilot Boat Ka Amazing Kaam Dekho! _________ please share and subscribe to my channel 🙏🙏 _________ Is video me hum Mumbai Harbour ki Pilot Boat ko close se dekhte hain aur jaante hain ki ye bade cargo ships aur cruise ships ko port ke andar safely guide karne ka kaam kaise karti hai. Agar aapko ships, ports, travel aur unique places explore karna pasand hai, to video ko end tak zaroor dekhiye. 👍 Like | 💬 Comment | 🔔 Subscribe #MumbaiHarbour #PilotBoat #MumbaiPort...
On November 17th 2020 Port Everglades Pilot Mark Ruppert brought the ship Zhen Hua 25 into Port Everglades. The ship was loaded with 3 huge gantry cranes, a crucial part of the port expansion project.
Found on YouTube. Filmed and produced by Captain Carl Mahler
Editor's note: Great video but where is the life jacket? 1:36
Southampton, Hampshire. L/S of the ships and boats in a busy harbour. C/U shot of a nice looking old ship. Camera pans to a couple of little ships - tugs. M/S of one of the tugs "Flying Kestrel" with its Captain Collingwood observing. M/S of "Queen Elizabeth" - the largest passenger liner in the world. "Seven tugs go into action when "Queen Elizabeth" leaves Southampton" - tells a voiceover. M/S of Captain Collingwood giving instructions on the bridge of "Flying Kestrel". M/S of the tug...
This video shows an introduction on the Spiral-Test-Manoeuvre and describes the procedure how to steer through this manoeuvre and measure the data needed. The results will be displayed in a characteristic diagram allowing to identify stable and unstable conditions and related, detailed information, e.g. spiral loop width and height, rudder angle of neutral effect. Samples of stable and unstable ship behaviour demonstrations will be shown by Fast Time Simulation using the SAMMON Planning tool.
The remote control of ships is in development across the maritime industry and the technology enabling it presents opportunities to improve operations and safety, while reducing costs. In this film, we look at the successful SeaOwl Remotely Operated Services at Sea (ROSS) project, with commentary from some of the many people involved in its development.
Learn more: https://marlink.com/remoteops/
