Freebird Airlines has taken another pioneering step by directly implementing the Lido Flight 4D IFS flight planning solution. Without utilizing the previous Legacy System product, Freebird Airlines has adopted this innovative solution from Lufthansa Systems to enhance operational efficiency and optimize its flight planning processes.
Developed by Lufthansa Systems, Lido Flight 4D IFS is an advanced flight planning solution that enables airlines to calculate the most optimal flight routes by integrating real-time data, fuel efficiency measures, and operational constraints. By implementing this cutting-edge system, Freebird Airlines reinforces its commitment to innovation and operational excellence.
Murat Şentürk, Freebird Airlines’ Flight Operations Support Manager, highlighted the system’s contribution to operational efficiency, stating:
“We are proud to integrate an innovative system like Lido Flight 4D IFS into our operations. With this system, we can optimize our flight planning, improve fuel efficiency, and enhance our overall operational performance. By leveraging real-time data and dynamic route optimization capabilities, we will continue to offer our passengers a more sustainable and efficient flight experience.”
Lido Flight Product Manager Christian Baumbach also expressed their excitement about the system’s first implementation, saying:
“Freebird is our first new customer to implement Lido Flight 4D IFS and one of the pioneering airlines to deploy this system directly without transitioning from older systems. This bold and forward-thinking decision demonstrates Freebird’s commitment to innovation. It also reflects their confidence in our technology and expertise. This approach sets a new standard for efficiency and modernization in the aviation industry.”
With the integration of Lido Flight 4D IFS, a testament to Freebird Airlines’ dedication to incorporating the latest technologies into its operational processes, the airline aims to enhance flight planning accuracy, reduce costs, and minimize environmental impact.
