Modern airports benefit from adaptable infrastructure to efficiently accommodate varying types of aircraft and their specific needs. A solution to support this adaptability is the use of Multiple Apron Ramp System (MARS) stands.
Why use MARS Stands?
MARS stands offer flexibility because the same stand can be used to serve either two smaller aircraft (Code C or smaller) or one larger aircraft (Code D, E, or F). This approach maximizes space utilization and better prepares airports for operational shifts.
These stands permit more flexible and efficient apron operations by enabling adjustments based on traffic peaks. They also offer a future-ready solution. Why? They can be easily modified should the need for larger aircraft arise. Rather than dedicating space to widebody stands that may go underused, airports can optimize apron capacity and improve overall efficiency with MARS stands.
Challenges with MARS Stand Implementation
However, implementing MARS stands comes with challenges. Accommodating larger aircraft requires deeper aprons, which can impact taxiway layouts and operational flow. The placement of ground support equipment such as fuel pits, pre-conditioned air (PCA) units, and docking systems must be carefully planned to ensure accessibility for both configurations.
Safety is another key consideration, as more complex stand layouts require clear and precise markings to avoid confusion. Passenger flow also becomes a critical factor, especially when two separate flights are boarding from the same gate, requiring well-structured terminal operations to prevent delays and congestion. The presence of multiple lead-in lines and docking positions can further complicate stand management, making it essential for operators to have a clear understanding of how to efficiently utilize these flexible stands.
Solving Challenges with Detailed Planning
Designing an efficient MARS stand requires advanced simulation tools, and this is where AviPLAN software proves to be a valuable resource in this process. It enables airports to simulate aircraft movements, optimize stand layouts, and strategically position boarding bridges for multi-aircraft configurations. AviPLAN also allows for the analysis of ground support equipment logistics, ensuring smooth operations and reducing potential bottlenecks. The software also provides insight into clearance distances, allowing planners to evaluate the impact of different aircraft types and ground support vehicles on an apron space. By incorporating detailed simulation models, AviPLAN helps airports ensure that all possible scenarios are accounted for, preventing operational disruptions.
Key Elements for a Future-ready Airport Infrastructure
MARS stands present a smart solution for modern airports looking to optimize space and adapt to evolving aviation demands. However, as previously noted, their implementation must be backed by careful planning and the use of advanced design tools like AviPLAN to help achieve seamless operations. The ability to adjust parking arrangements based on real-time needs enhances an airport’s ability to handle fluctuating traffic volumes efficiently. With the right approach, MARS stands contribute to a more flexible, efficient, and future-ready airport infrastructure. As air travel continues to evolve, adopting intelligent solutions such as MARS stands and leveraging cutting-edge software like AviPLAN will be key to maintaining operational efficiency and ensuring seamless passenger experiences.
Watch the full webinar to explore how MARS stands can improve your apron planning process.