航线运输驾驶员执照理论考试 （飞机）

帮助您轻松通过中国民航局的航线运输驾驶员执照理论考试！
我们是专注于航空理论考试的学习软件研发的团队，我们的航空理论考试应用几乎覆盖了全球各大的民航局。应用中的每道题都有资深教员的注解，最新最全的题库让和多种学习模式助您高效学习，快速通过局方的理论考试！
此应用同时适用于121部航线飞机和135部航线公务机！

根据考试大纲，航线运输驾驶员执照申请人必须接受并记录航空知识教学人员提供的地面训练，完成下列与所申请航空器等级相应的地面训练科目：
1、与航线运输驾驶员执照持有人有关的规章条例；飞行规则；相应的空中交通服务措施和程序。
2、飞机的一般知识，包括：电气、液压、增压和其他系统的一般特性和限制，包括自动驾驶仪和增稳飞行操纵系统；动力装置的工作原理、操作程序和使用限制；大气条件对发动机性能的影响；飞行手册或其他相应文件中的有关操作资料；有关的使用程序和限制；根据飞行手册中的有关操作资料，大气条件对飞机性能的影响；飞机设备和系统的使用及可用性检查；飞行仪表；罗盘、转弯和增速误差；陀螺仪表，其使用限制和进动效应；各种飞行仪表和电子显示装置发生故障时采取的措施和程序；机体、系统和动力装置的维修程序。
3、飞行性能、计划和装载，包括：装载及质量分布对航空器操纵、飞行特性和性能的影响；重量和平衡计算；起飞、着陆和其他性能数据（包括巡航控制程序）的使用和实际运用；飞行前和航路飞行计划；空中交通服务飞行计划的准备和申报。
4、人的行为能力，包括威胁和差错管理的原则。
5、气象学，包括：航空气象报告、图表和预报的判读与使用；代码和简字；飞行前和飞行中气象资料的使用和获得气象资料的程序；测高法；航空气象学；有关地区影响航空的气象要素的气候学；气压系统的移动；锋面结构和影响起飞、航路和着陆条件的重要天气现象的起源及特征；结冰的原因、识别和影响；通过锋区的程序；危险天气的避让；实用的高空气象学，包括天气报告、图表和预报的判读与使用；高空急流。
6、领航，包括： 空中领航，包括航图、无线电导航设备和区域导航系统的使用；远程飞行的特殊导航要求；航空器操纵和导航所必需的航空电子设备和仪表的使用、限制和可用性；离场、航路、进近和着陆各飞行阶段所用的导航系统的使用、精确度和可靠性；无线电导航设备的识别；自主式和参照外部基准的导航系统的原理和特性；机载设备的操作。
7、操作程序，包括： 在操作表现方面运用威胁和差错管理的原则；航空文件，如《航空资料汇编》、《航行通告》、《航空代码和缩略语》的理解与使用；预防和应急程序；安全措施；载运货物和危险品的操作程序；旅客安全简介的要求和做法，包括在上、下航空器时应遵守的预防措施。
8、飞行原理，包括基础空气动力学和高空空气动力学。
9、无线电通话，包括：通信程序和用语；如遇通信故障应采取的行动。 Help you easily transport pilot license theory test route through the Civil Aviation Authority of China!
We are focused on aviation theory test learning software R & D team, our aviation theory test applications covering almost all major civil aviation authorities around the world. Notes applications each question has a senior teacher, the latest and most complete exam and make more efficient learning modes to help you learn quickly by the Council of the theory test!
This application applies to routes 121 and 135 aircraft airline Jet!

According to syllabus, airline transport pilot license applicants must accept and record the knowledge of aviation ground training provided by the teaching staff, following the completion of the corresponding level of aircraft ground training subjects are applying:
1, regulations and airline transport pilot license holders related; flight rules; appropriate air traffic services practices and procedures.
2, the general knowledge of the aircraft, comprising: general characteristics and limitations of electrical, hydraulic, pressurization and other systems, including autopilot and flight control augmentation system; power plant works, operating procedures and use restrictions; atmospheric conditions affect engine performance; flight manual or other appropriate document related to the operation information; related to the use of procedures and restrictions; according to the flight manual for operating data, the influence of atmospheric conditions on aircraft performance; the use of aircraft equipment and systems and availability check ; flight instruments; compasses, turning and growth error; gyro meter, which limits the use and effects of precession; flight instruments and electronic display various measures and procedures adopted when the device is faulty; body maintenance procedures, systems and power plant.
3, flight performance, planning and loading, comprising: a loading and mass distribution of the aircraft control, affect flight characteristics and performance; weight and Ping Heng calculations; take-off, landing and other performance data (including cruise control program) to be used and practical application; pre-flight and en-route flight planning; preparation and reporting of air traffic services flight plan.
4, human performance, including threat and error management principles.
The areas concerned; aviation weather reporting, interpretation and use of charts and forecasts; codes and simple words; pre-flight and in-flight use of meteorological data and obtain meteorological data program; altimetry; aviation meteorology: 5, meteorology, including influence of meteorological elements aviation climatology; mobile pneumatic systems; frontal structure and affect the takeoff, the origin and characteristics of significant weather phenomena route and landing conditions; reasons for freezing, recognition and influence; through a program frontal zone; hazardous weather avoidance; practical high altitude meteorology, including weather reports, interpretation and use of charts and forecasts; high-altitude jet stream.
6, pilot, comprising: air navigation, including the use of charts, radio navigation and area navigation systems; special navigation requirements of long range flights; using aircraft controls and necessary for navigation avionics and instruments, constraints and availability; from field using a navigation system, the route, approach and landing phases of flight used, the accuracy and reliability; identifying radio navigation device; external reference and the reference autonomous navigation system and the principle characteristics; airborne equipment operation.
7, operating procedures, including: the use of operational performance in terms of the principles of threat and error management; aviation documents, such as "AIP", "NOTAM", "aviation codes and abbreviations' understanding and use; prevention and emergency procedures ; security; operational procedures of carriage of goods and dangerous goods; precautions Introduction to passenger safety requirements and practices, including the upper and lower aircraft to be followed.
8, principles of flight, including basic aerodynamics and high-altitude aerodynamics.
9, radio transmissions, comprising: a communication procedures and phraseology; action to be taken in case of communication failure.