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Optimize departures and maximize your runway capacity
Seeking to improve aircraft movement at the airport? Aiming to lower apron and taxiway congestion as well as CO2 emissions? Amadeus Airport Sequence Manager optimizes flight departure planning, improving predictability and on-time performance, even in adverse conditions.
Make your airport ready for next generation A-CDM
Enabling compliancy with current and future SESAR standards.
Make your airport ready for next generation A-CDM
Enabling compliancy with current and future SESAR standards.
Reduce environmental impact and costs
Limit CO2 emissions thanks to less taxiing and waiting time. Reduce engine maintenance and kerosene costs.
Reduce environmental impact and costs
Limit CO2 emissions thanks to less taxiing and waiting time. Reduce engine maintenance and kerosene costs.
Increase operational efficiency
Optimize resource allocation and turnaround process thanks to a planning based on shared, real-time data. Limit the impact of adverse conditions, in particular with the de-icing procedures.
Increase operational efficiency
Optimize resource allocation and turnaround process thanks to a planning based on shared, real-time data. Limit the impact of adverse conditions, in particular with the de-icing procedures.
Optimize the overall airport capacity
Reduce congestion on the apron areas and taxiways with an optimized departure sequence. Improve runway capacity with a more precise appreciation of the network demand.
Optimize the overall airport capacity
Reduce congestion on the apron areas and taxiways with an optimized departure sequence. Improve runway capacity with a more precise appreciation of the network demand.
Product Highlights Amadeus Airport Sequence Manager
Pre-departure sequence planning.
Continuous update of the departure sequence.
State-of-the-art optimization algorithm
Adapts to runway capacity and resource availability in real-time.
Variable taxi time calculation.
Uses a dynamic reference table or interface with the taxi management system.
De-icing sequence to help maximize the use of de-icing resources and improve the departure during adverse conditions.
Decision support for Air Traffic Controller with "what-if" scenarios in operational mode and an analysis of the impacts of certain user actions.