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Technical feasibility and impacts of reducing standard separation minima in final approach

机译:最终方法降低标准分离最小值的技术可行性和影响

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Technical study shows that PSR, SSR and ADS-B technologies are ready for the separation reduction the controllers are observed to be able to successfully operate with MRS set at 2.0NM with and without separation delivery support tool When applying a 2.0NM MRS without support tool, the controllers add more separation buffers compared 2.5NM MRS => the objective to increase the throughput is reached The tool brings more confidence to the ATCO to apply the 2.0NM Need for more RTS to confirm initial results with different configurations varying : Wind Runway Occupancy Time (ROT).
机译:技术研究表明,PSR,SSR和ADS-B技术已准备好进行分离减少,观察控制器能够在应用2.0nm MRS而无需支持工具时成功地使用2.0nm的MRS成功运行。 ,控制器添加更多的分离缓冲器2.5nm MRS =>增加吞吐量的目的达到吞吐量对ATCO来说对ATCO来说更有信心,应用更多RTS以确认不同配置不同的初始结果:风跑道占用时间(腐烂)。

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