Methanol Fueled Pilot Boat from Sweden

KITTIWAKE ( MMSI 232008570) is a Pilot and currently sailing under the flag of United Kingdom (UK) Here she is speeding down the River this morning.

Spotted some Pilot Boats in the Port of Auckland, New Zealand and Melbourne & Fremantle Australia (Port codes: Auckland:NZ AKL ; Melbourne:AU MEL ; Fremantle:AU FRE).

Testing Self-righting properties of the new Kewatec Pilot 1630.

Perseus pilot boat catamaran, Port of Rotterdam IMO number 9367114 MMSI 246390000 Name of the ship PERSEUS Former names PKLL2 EAZ (2017, Netherlands) PERSEUS (2013, Netherlands) PEQ (2013, Netherlands) ZAGD A (2012, Netherlands) Vessel type Pilot boat Operating status Active Flag Netherlands Gross tonnage 228 tons Deadweight 14 tons Length 25 m Breadth 13 m Year of build 2006 Builder ABEKING & RASMUSSEN - LEMWERDER, GERMANY Classification society GERMANISCHER LLOYD Description PERSEUS is a...

Waterjets are the safest choice for Pilot Boat applications. Our waterjets are engineered with safety in mind, precise steering control and efficient manoeuvrability result in effective and quick reaction to a man-overboard situation, and with no exposed propeller, waterjets provide ultimate safety around people in the water.

Associated British Ports (ABP) the UK’s largest and best-connected port operator, has commissioned a fleet of nine new state-of-the art pilot boats from Goodchild Marine Services, representing an investment of around £9 million to further enhance port operations across its network.

With the increasing accuracy and reliability of navigational receivers, this part of the video module will try to establish a better understanding of the mathematical definition of the Earth’s surface and mapping of this curved shape onto a plane surface. Chart Projections and Chart Accuracy https://youtu.be/kOaWimnAN-U Principle Used For Creating Electronic Charts https://youtu.be/xY_MBubhUFs Display of Electronic Charts https://youtu.be/qnoFO0T-cLo Route Planning With ECDIS https://...

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.