CAST Aircraft-Airspace Simulation

CAST Aircraft-Airspace Simulation

CAST Aircraft-Airspace Simulation enables the analysis and optimization of airspace capacity by assessing flows, throughputs, and delays, and performing what-if analyses for current and future real-world operational scenarios. It supports air traffic planners, airports, and aviation authorities in evaluating airspace structures, optimizing flight routes, and improving overall air traffic efficiency.

Key applications of CAST Aircraft Simulation / Airspace Simulation include:

• Airspace Capacity Assessment – Identifying bottlenecks, sector overloads, and inefficiencies in controlled and uncontrolled airspace.
• Traffic Flow Optimization – Simulating flight trajectories, waypoints, and sector boundaries to enhance airspace utilization.
• Delay Impact Analysis – Evaluating the effects of congestion, weather disruptions, and operational constraints on air traffic performance.
• What-If Scenario Testing – Analyzing the impact of new air traffic management strategies, airspace design changes, and regulatory adjustments.
• Future Airspace Planning – Supporting the development of optimized airspace structures for growing traffic demand, including integration of new technologies like free route airspace and urban air mobility.

By leveraging CAST Aircraft-Airspace Simulation, stakeholders can make data-driven decisions to enhance airspace performance, minimize delays, and ensure seamless coordination between en-route and terminal airspace operations.