TRENZ Pilot Plug - SEAiq

OPERATIONAL NOTES AND RECOMMENDATIONS by UKMPA, February 2017
The introduction of modern lightweight Portable Pilot Units (PPU) for use during pilotage has proved to be another major advance for pilotage operations worldwide.

In this video we show you the contents of the TRENZ Pilot Plug package.
Please visit https://trenz-pilotplug.com/ for more information.

This video shows the startup procedure of the TRENZ Pilot Plug.
Please visit https://trenz-pilotplug.com/ for more information.

Future Fairway Navigation Final Seminar 2022: Remote Pilotage

Personal Locator Beacons (PLB) and other individual MOB devices have been available for some years now and have evolved to incorporate a variety of different alerting methods and combinations. However, usage of these additional enhancements within UK Pilotage is still in its infancy.

I recently presented the OpenBridge design system at the Design System Day 2020 in Oslo. I talked about what OpenBridge is, how it differs from other design systems and where we are heading.
The conference was moved online due to the Corona virus, so I had to record the presentation using my mobile phone, and get Jon Olav from the lab to add the slides. So - apologize for the home quality of the presentation, but I hope you enjoy learning more about our work!
Since we launched the free...

During a sea survival training, the 275 Newton standard issue of the Dutch pilots was put to the test in combination with a small backpack.

TRENZ, a leading manufacturer from Germany, is expanding its product lineup with the launch of SIRIUS+, a high-performance Portable Pilot Unit (PPU). As an evolution of the widely recognized SIRIUS model, the new device features cutting-edge technology designed for maximum precision and reliability, particularly for use on Ultra Large Container Vessels (ULCVs).

The fleets of container vessels storing more than 20,000 TEU is growing. Today the 20,000 TEU Club includes 69 vessels with a total capacity of 1,495,798 TEU.

IMPA is conducting a study to gain significant insights into the current and potential use of "remote piloting" on conventional ships as well as those that may be remotely operated or navigated by autonomous software in the future.