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126 Military Jet Engine Acquisition Detailed engineering design and test work is completed, hardware and software configurations are refined, full system capabilities are demonstrated, performance analysis is completed, and the manufac- turing process is validated. The Production and Deployment phase is the next phase of System Acquisition. During this phase, the weapon system enters Low-Rate Initial Production and eventually gains ap- proval for Full-Rate Production. The engine transitions with the aircraft into the Production and De- ployment phase. This phase includes any evolutionary acquisition efforts, such as block upgrades to deployed systems. Sustainment At this point, the weapon system program transitions into the Sus- tainment activity, the final segment of the revised acquisition model. During this period, the program must provide everything necessary to maintain the readiness and operational capabilities of the de- ployed system. Sustainment also includes demilitarization and dis- posal of the system at the end of its useful life. A HISTORY OF THE ENGINE TESTING AND QUALIFICATION PROCESS In the earlier years of aircraft turbine engine development, the de- velopment phase began with the engineering design work necessary to produce a first engine to test (FETT). After some basic test work to demonstrate limited functionality, the engine was released for flight test by approval of the Preliminary Flight Release (PFR) milestone. The development program culminated in the successful completion of a 150-hour Model Qualification Test. The MQT was designed to exercise the engine at sustained operating conditions, focusing on the creep (stretching) characteristics of the materials used in engine design at the time. The MQT did little to address durability problems caused by cyclic (recurrent/repeated) forces acting on engine components. Upon successful completion of the MQT, the engine design was re- leased for production. Any deficiencies in performance or durability not initially identified during the formal development program werePDF Image | Military Jet Engine Acquisition Technology Basics and Cost-Estimating Methodology
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