Investigation of the Effect of the Instrument Landing System on Flights to Konya Airport between 2019-2022 Years

Ersin Öktemer, Fatih Alpaslan Kazan
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Abstract

The Instrument Landing System (ILS) is the most widely used navigation aid system among the precision approach types, which enables the pilots to approach the runway in the appropriate direction and glide slope, especially in foggy and snowy weather when the visibility is very low. This study investigated the relationship between flight disruptions and ILS in Konya Airport. In this context, meteorological events such as snow, ice, fog, and cancellation, divert and delay events caused by humans (company policy) at Konya Airport in the period of 2019-2022 were revealed with numerical data. In light of these data, it has been revealed that ILS not only provides safe flights but also prevents possible passenger complaints and financial losses by reducing the number of diverts, and therefore ILS is also of great importance in terms of customer satisfaction.
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2019-2022年科尼亚机场仪表着陆系统对航班影响的研究
仪表着陆系统(ILS)是精密进近中应用最广泛的助航系统,它能使飞行员在适当的方向和滑行道上进近跑道,特别是在雾天和雪天能见度很低的情况下。本研究调查了科尼亚机场航班中断与ILS的关系。在此背景下,通过数值数据揭示了2019-2022年期间科尼亚机场的雪、冰、雾等气象事件以及人为(公司政策)造成的取消、备降和延误事件。根据这些数据,我们发现盲降不仅提供了安全的飞行,而且通过减少备降次数,可以防止可能的乘客投诉和经济损失,因此在客户满意度方面,盲降也是非常重要的。
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