With the increasing civil aviation passengers and the rapid development of aviation logistics,the study on remotely piloted operation(RPO)mode has received extensive attention.RPO mode constructs the piloting decision...With the increasing civil aviation passengers and the rapid development of aviation logistics,the study on remotely piloted operation(RPO)mode has received extensive attention.RPO mode constructs the piloting decisionmaking mode which involves the tripartite collaboration among airborne automatic/autonomous system,remote ground-based crews and air traffic control.In this paper,we describe the organizing architecture for commercial remotely piloted aircraft(CRPA)system and its components.Compared with the current operation mode,the new air-ground collaborative decision-making mode has been established with six different situations based on the type of the flight and the condition of the remote pilot.Taking airport surface operation as an experimental example,we model the airport surface operation process and compare the advantages and disadvantages between RPO mode and the current dual-pilot mode from the perspectives of time and operation coverage,and draw conclusions that RPO mode can basically cover the flight operations of the dual-pilot,improve the accuracy of pilot operations and greatly reduce response time by 48%in pre-flight inspection.The above research would be the foundation for the RPO development of commercial aircraft in China.展开更多
概述了民用飞机延程运行(Extended Operations,以下简称ETOPS)的定义、适航条款、商业需求、历史,分析了双发飞机的ETOPS型号设计批准的不同取证方法(早期的ETOPS方法、服役经历法、服役经历法和早期的ETOPS方法相结合),并设置了ETOPS...概述了民用飞机延程运行(Extended Operations,以下简称ETOPS)的定义、适航条款、商业需求、历史,分析了双发飞机的ETOPS型号设计批准的不同取证方法(早期的ETOPS方法、服役经历法、服役经历法和早期的ETOPS方法相结合),并设置了ETOPS飞行试验的验证工作及其单发失效、座舱释压、辅助动力装置(Auxiliary Power Unit,以下简称APU)冷浸透等失效场景。为了使民用飞机可以尽快取得ETOPS批准,应结合现有的适航条款、试飞技术和方法对试飞过程进行不断优化,在同一架次上进行相似的两个模拟失效场景的飞行试验认证可以大大地节省时间和油耗。展开更多
基金supported by the National Program on Key Basic Research Project (No. 2014CB744903)the National Natural Science Foundation of China(Nos. 61973212,61673270)+3 种基金the Shanghai Industrial Strengthening Project (No. GYQJ-2017-5-08)the Shanghai Science and Technology Committee Research Project (No. 17DZ1204304)the Civil Aviation Pre-Research ProjectsShanghai Engineering Research Center of Civil Aircraft Flight Testing.
文摘With the increasing civil aviation passengers and the rapid development of aviation logistics,the study on remotely piloted operation(RPO)mode has received extensive attention.RPO mode constructs the piloting decisionmaking mode which involves the tripartite collaboration among airborne automatic/autonomous system,remote ground-based crews and air traffic control.In this paper,we describe the organizing architecture for commercial remotely piloted aircraft(CRPA)system and its components.Compared with the current operation mode,the new air-ground collaborative decision-making mode has been established with six different situations based on the type of the flight and the condition of the remote pilot.Taking airport surface operation as an experimental example,we model the airport surface operation process and compare the advantages and disadvantages between RPO mode and the current dual-pilot mode from the perspectives of time and operation coverage,and draw conclusions that RPO mode can basically cover the flight operations of the dual-pilot,improve the accuracy of pilot operations and greatly reduce response time by 48%in pre-flight inspection.The above research would be the foundation for the RPO development of commercial aircraft in China.
文摘概述了民用飞机延程运行(Extended Operations,以下简称ETOPS)的定义、适航条款、商业需求、历史,分析了双发飞机的ETOPS型号设计批准的不同取证方法(早期的ETOPS方法、服役经历法、服役经历法和早期的ETOPS方法相结合),并设置了ETOPS飞行试验的验证工作及其单发失效、座舱释压、辅助动力装置(Auxiliary Power Unit,以下简称APU)冷浸透等失效场景。为了使民用飞机可以尽快取得ETOPS批准,应结合现有的适航条款、试飞技术和方法对试飞过程进行不断优化,在同一架次上进行相似的两个模拟失效场景的飞行试验认证可以大大地节省时间和油耗。
