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METHODS AND FACILITIES TO BE USED TO EVALUATE THE AIRCRAFT FLIGHT AND NAVIGATION EQUIPMENT IN FLIGHT TESTS

机译:在飞行测试中评估飞机飞行和导航设备的方法和设施

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The Flight Vehicle (FV) flight tests costs are the major part of all capital expenditures to create it. They are possible to be reduced due to transfer of data, based on which the decision-making may be made for engineering performance definition, tested aircraft to declared requirements conformity, from the flight tests to the mathematical and HIL (Hardware-in-the-Loop) simulating estimation. When taking in consideration that the pilot aircraft batch manufacture costs constitute the major part of tests costs, the number of items in pilot aircraft batch depends, in its turn, upon the number of flight tests, conditioned by the given flight tests termination date the part of the tasks redistribution from flight tests to ground investigation allows reducing the number of flight tests and increasing the flight tests safety. The airborne equipment flight development tests are to be considered as the most hang-the-expense and unreasonable. The installation of under debugged equipment samples in test aircraft is not capable to provide the required flight tests approval and safety.
机译:飞行器(FV)的飞行测试成本是创建飞行器的所有资本支出的主要部分。由于可以进行数据传输,因此可以减少这些误差,从这些数据可以做出决策,以进行工程性能定义,经测试的飞机到声明的要求符合性,从飞行测试到数学和HIL(硬件在循环)模拟估算。当考虑到飞行员飞机的批生产成本构成测试成本的主要部分时,飞行员飞机批的项目数又取决于以给定的飞行测试终止日期为条件的飞行测试的数量。从飞行测试到地面调查的任务重新分配可以减少飞行测试的数量并提高飞行测试的安全性。机载设备的飞行开发测试被认为是最昂贵且最不合理的。在测试飞机上安装调试不足的设备样本无法提供所需的飞行测试批准和安全性。

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