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.

Vessel name: Polaris ; Year built: 2012 ; Flag: Netherlands ; Homeport: Rotterdam Length: 81.2m X 13.3m ; GRT: 2501 ; Callsign: PBZN ; MMSI:245142000 ; IMO: 9496915 Type: Special Vessel / Pilot Ship A "Pilot Ship / Pilot Vessel" is a "special type" of ship in which it accommodates a certain and limited Marine Pilots (Sea, River, Harbor Pilots), it also carries small boats/crafts that are used to tender services to and from the Pilot ship. In a Pilot Vessel, the Pilots can take their time...

Berthing a 180 meter Ro-ro type vessel. With the assistance of 2 ASD tugs of 60TBP each. The ship has a 1000KW bow thruster, which makes the manuever a bit easier.

The Puget Sound Pilots have captured what other businesses have done: create a comprehensive dedicated maternity plan that can be a model for others.

Bergstraum inbound to Regent Quay in Aberdeen Harbour with the tug Kittywake assisting.

Pilot boat with over 2000 engine hours of operation in tough operating conditions.
OXE Marine brings its high-performance, fuel-efficient diesel outboards to Indonesia, offering a sustainable and reliable solution for commercial marine operations.

For the second time in less than twelve months, the Australian Maritime Safety Authority has announced the successful legal action against a ship's master and the shipping company due to a defective ladder, leading to a pilot's injury during transfer

ChartWorld's Information Overlay+ service, CIO,+ builds on the success of our automated T&P NtM service launched last year. Additional features include safety and environmental overlays. CIO+ is the only service in the market which solves the problem of plotting missing T&P NMs into the ECDIS. CIO+ means that the T&P NM is already applied in a simple updated Chart

This video complements the earlier demonstration of wind effect on straight track and shows now wind effect on turning circles. It can be seen that during a turn under strong wind the ship reduces turning when it comes close to equilibrium on straight track - if the Wind-to-ship speed ratio is big enough then the ship even goes straight instead of turning. This is shown for three samples for Head, Stern wind and Beam wind. The turning can be increased if the ratio of Wind speed-to-ship...