The vessel will be based on a 17-meter wave-piercing pilot boat design delivered to Poland at the end of 2020. PILOT 17 WP is a highly capable and ergonomic vessel with ice-going capability and top speeds over 25 knots. The vessel also features IMO III exhaust system to reduce NOx emissions. The PILOT 17 WP is scheduled for delivery in the first half of 2023.
The vessel will be based on a 17-meter wave-piercing pilot boat design delivered to Poland at the end of 2020. PILOT 17 WP is a highly capable and ergonomic vessel with ice-going capability and top speeds over 25 knots. The vessel also features IMO III exhaust system to reduce NOx emissions. The PILOT 17 WP is scheduled for delivery in the first half of 2023.
Video US Barracuda SV125 rough weather sea trials.
published on 13 May 2021
Here’s a cool little video of the 12.5m Barracuda SV we have just launched out on her rough weather sea trials recently, with some great Arial drone footage of her going through some fairly big breaking seas offshore.
Built for ‘Future Defence’ in the USA she is designed for search & rescue and coastal patrol duties. She is fully self-righting, able to recover if capsized by a large breaking sea and capable of all-weather operations. Powered by a pair of Caterpillar C8.7 650hp engines, ZF...
Video Transas Pilot PRO Navigation Tips - Part 1, Pilotage
published on 30 August 2019
Video Former pilot tender "WULP" seen passing Maassluis
published on 1 July 2021
Video Pilot Boat Damen Stan Pilot 1605 FRP
published on 20 April 2021
Video Reach And Rescue Product Video
published on 6 February 2020
Article Trelleborg takes over distribution of Port of Auckland’s eMPX maritime pilotage software
published on 12 March 2024
Article Intertanko Guide to Safe Navigation (2nd Edition-2021) released
published on 28 December 2021
Video Capt Hemraj Meena : Marine Pilot
published on 3 September 2020
Article Can you trust your GNSS data?
published on 23 November 2022
This important topic is still underestimated in shipping! Can you trust your GPS? Your Galileo? Knowing where the ship is and where to sail next is the main task of navigating a ship and is commonly supported by using Global Navigation Satellite Systems (GNSS). But what happens if the GNSS gets intentionally disturbed?