Within a European research program, we contributed to the development of autonomous transport solutions for complex logistics environments. The challenge was to prove that autonomous trucks and automated guided vehicles can operate safely and efficiently in a grid‑less harbor terminal. Working in an international project team, we helped create and validate a prototype that demonstrated autonomous driving under real‑world conditions.
Advanced navigation and vehicle coordination
Using model‑based development and advanced algorithms for path planning, sensor fusion, and localization, the vehicles were able to navigate dynamically without fixed infrastructure. Vehicle‑to‑everything communication supported coordination and situational awareness within the terminal environment. Extensive on‑site testing translated theoretical models into proven operational behavior.
This project shows how automation can increase safety, efficiency, and scalability in transport and logistics hubs. It provides a strong reference for transport operators and authorities exploring autonomous solutions for next‑generation cargo handling onderzoeken.
