Who builds SWATH / SWASH vessels for pilots?

Pilot tender GRODEN on 16.12.2020 on the river Weser at Brake Unterweser to Cuxhaven - 4K VIDEO

At the A&R shipyard in Germany, the successful principle of SWATH boats was further developed in 2013: The SWASH principle allows sea-going, smaller and more economical boats.

SWATH and SWASH are interesting technologies that allow a vessel to sail much more calmly in high waves. A stable and calm position of the ship is especially important for pilot boarding.

Beloodsingen Met Swath "Cetus" en aan boord Pilot Station Vessel "Pollux" @ Steenbank Pilot-station @ Schouwenbank.

This video was filmed on board Pilot Vessel "SEA MASTER" and shows the moments when the Pilot Boat was proceeding to the #BoardingStation #KM239_1 #PuntaIndioChannel #Recalada #RioDeLaPlata to the vessel "GLORY HARVEST", to start with the Embarking Maneuvering of the #RioDeLaPlataPilots

Here’s a nice video of the rough weather sea trials of San Ciprian’s new Interceptor 42 Pilot boat ‘San Ciprano’. With the Covid-19 travel restrictions in place and the Guys from San Ciprian unable to fly here at present we’re having to do a remote ‘on-line handover’. So we made this video to give them every confidence that she is performing well, as she handled comfortably the stormy conditions prevailing on the South Coast of Ireland last Friday nicely, with winds of 50kts at the entrance...

Found on YouTube. Created by "FEDERAZIONE ITALIANA PILOTI DEI PORTI".

Following a competitive, international selection process, the Port of London Authority (PLA) has signed a contract with British family-run company, Goodchild Marine Services Ltd, to build a new pilot vessel.

Port authorities in Antwerp, Belgium, are making use of EMSA’s Remotely Piloted Aircraft System (RPAS) to support their day-to-day monitoring of port operations and rapid response to pollution incidents in the port area. The RPAS will enable the authorities to inspect at a distance their complex port environment which extends over an area of some 120km².