Article

Lake Charles Pilots Order Fourth Launch From Gladding-Hearn Shipbuilding


published on 4 October 2023 2 -

With three Gladding-Hearn pilot boats already in their fleet, the Louisiana-based Lake Charles pilots have ordered another launch from the Somerset, Mass., shipyard.

Based on the Cameron Pilot II delivered in 2019, the new all-aluminum pilot boat features the Deep V hull by Ray Hunt Design and has an overall length of 73’, beam of 23’, and draft of 5.3’. It will be powered by twin Cummins QSK38-M1, EPA Tier 4-certified diesel engines, each delivering 1,300 Bhp at 1,800 rpm and a top speed of over 27 knots. The engines will turn Bruntons 5-blade Nibral propellers, connected to a pair of Twin Disc gear boxes. To optimize fuel economy, vessel handling and comfort, twin Humphree interceptors, with automatic trim optimization and active ride control, will be installed at the transom. Two Northern Lights 25kW generators will produce electricity.

Each engine will be equipped with a Cummins, EPA Tier 4-compliant SCR exhaust after-treatment system, which reduces nitrogen oxide and particulate emissions by more than 80%.

The vessel’s wheelhouse is aft of amidships on a flush deck, with forward-leaning front windows, each fitted with retractable solar blinds. With the helm station on center, the wheelhouse will be outfitted with eight Llebroc pilot and crew seats, a sofa and two baggage racks. The forecastle includes a stateroom, with upper and lower berths, enclosed head, a small galley, and hanging lockers and storage. Six reverse-cycle air-conditioning units, totaling 80,000 Btu’s, will cool the wheelhouse and forecastle. Interior sound levels will be below 80 decibels at full power, said shipyard officials.

Outside the wheelhouse are wide side-decks and handrails, and on the foredeck aft of the wave break are port and starboard boarding platforms. A control station is at the transom. A rescue recess, with stairs leading to a platform, will be built into the transom. A winch-operated J-basket rescue system at the transom will retrieve pilots in the water.
What's your opinion on this?
Login or register to write comments and join the discussion!
Read more...

Article Ships are manoeuvred in remote mode in Klaipeda Port

by Marine-Pilots.com - published on 28 April 2020

Klaipeda is one among few seaports in Europe, where maritime pilots are able to carry out operations in remote mode. As it is attempted to avoid contact with other persons as much as possible during the quarantine, several trials have already been performed in the seaport. They revealed that such assistance for the vessels sailing in Klaipeda Port is effective and safe.

0

Video Maritime pilot disembark Queen Mary 2

published on 19 August 2022

Watch the Maritime pilot disembark Ocean Liner, Queen Mary 2

0

Video The Great Lakes-St. Lawrence Seaway Shipping System

published on 16 October 2022

The Great Lakes-St. Lawrence Seaway System is a 2,340 mile “marine highway” that extends from the Atlantic Ocean to the Great Lakes. This integrated navigation system serves mariners, farmers, factory workers, and commercial interests from the western prairies to the eastern seaboard. Today, the Great Lakes-St. Lawrence Seaway System serves as a Key Supply Chain for the world’s 3rd largest economy. Visit greatlakesseaway.org/our-system/ to learn more!

0

Video Hart Marine & Yaringa Boat Harbour: Big Things Ahead | Club Marine TV

published on 14 January 2022

John Willis is checking out the facilities, history and the future of Hart Marine in Mornington as well as Yaringa Boat Harbour.

0

Video Smartship Australia

published on 25 February 2020

Footage showing what the simulators look like and how they can be used to simulate ship movement in various ports.

0

Video Rare insight into the work of Iranian pilots

published on 10 May 2021

Footage from Iran

0

Article Study: A Real-Time Method for Time-to-Collision Estimation from Aerial Images

published on 16 March 2022

Vessels are required by law to have a trained maritime pilot on board responsible for safely navigating the ship to its desired destination. However, ensuring safe navigation inside dock environments is demanding as mistakes can be extremely costly, time-consuming to correct, and even fatal. An assisting tool working autonomously to support the maritime pilot by predicting possible collisions would lower the risk involved with navigating the vessel.

0