3D Model PILOT 745 SE for Vehicle Simulator

We’re doing another day of testing with the self-propelled scale model of T-2000. Obviously the conditions here do comprehensively exceed the designs operational envelope, as in scale proportion to the model, the waves must be I guess around 10-20 metres in size. However it’s interesting to understand the designs ultimate limits. The model is built to a scale of fourteen to one, and this equals 20 metres in real life size. Later, by slowing down the video, so that it matches the speed of...

Jeanerette, LA – November 14th, 2019: Shipbuilder Metal Shark has delivered two new pilot boats to New Orleans-based operator Belle Chasse Marine Transportation, LLC (BCMT).

Delta Launch Services has ordered a new pilot boat from Gladding Hearn Shipbuilding (Duclos Corporation).

This is the sixth St. John’s Class launch built by the Somerset, Mass. shipyard. Delivery of the new 52-footer is scheduled for July 2020.

A Dutch innovation of a Trimonoran introduces a whole new way of sailing: faster, safer, more comfortable and sustainable: A revolutionary breakthrough in the world of ship design.

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.

Shipbuilder Metal Shark is building a welded aluminum 55’ x 17’ pilot boat for the Pascagoula Bar Pilots Association in Mississippi.

Designed in-house, the new 55 Defiant Pilot being built for Pascagoula Pilots represents the latest evolution in Metal Shark’s pilot boat lineup. The distinctive vessel incorporates the“faceted hull” design initially developed by Metal Shark for the US Navy 40 PB program, and features an enhanced version of Metal Shark’s signature “pillarless glass” in a two-tiered, reverse-raked arrangement.

www.turkishpilots.org.tr , Maritime Pilot , Turkish Straits , İstanbul Strait

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...