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Technology

Fremantle Pilots embraces cutting-edge technology to enhance the accuracy and efficiency of navigation services. From Portable Pilot Units (PPUs) to advanced software and simulation tools, our commitment to leveraging the most modern equipment reflects our dedication to providing top-tier pilotage services.

At the forefront of maritime technology, Fremantle Pilots employs the most advanced tools available. Our approach involves a collaborative partnership with the Fremantle Port Authority (FPA) to identify, train, and implement the latest technologies, ensuring the safest and most efficient ship manoeuvring within the harbour.

Portable Pilot Units (PPUs)

Fremantle Pilots utilises PPUs for all jobs, with high-level PPUs for more technical or complex tasks where standard systems may not suffice. These devices provide electronic charts, enhancing situational awareness for our pilots. Collaboratively working with FPA, we stay at the forefront of PPU technology, ensuring our pilots have access to the latest features and data.

Under Keel Clearance Software

All pilots are trained to interpret the Port operated Dynamic Under Keel Clearance program, to accommodate larger and deeper ships. This software, incorporating ship stability data, live weather, and tidal data, aids in optimising cargo loading and ensures reliable digital calculations for Under Keel Clearance (UKC). The accuracy of UKC calculations not only improves commercial efficiency but also serves as an invaluable tool for continuous monitoring and trend analysis.

Simulation

Simulation is integral to Fremantle Pilots’ training and port development efforts. From building competencies in emergency response to simulating port developments, our use of highly realistic simulation tools ensures that our pilots are well-prepared for various scenarios. As technology evolves, so does our commitment to staying at the forefront of simulation standards.

Into the Future

Looking ahead, Fremantle Pilots anticipates future developments in technology. While traditional pilotage remains a staple, increased autonomy may lead to opportunities for remote pilotage. Additionally, the emergence of alternative fuels and electric vessels, including tugs and pilot boats, signals a shift toward environmentally friendly practices. As technology continues to evolve, so too will the skill sets required for future marine pilots, emphasising the importance of digital acuity in training and recruitment.