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Analysis Techniques For Man-Machine Systems Design

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NATO I TNCLASSiFIED23 AC/243(Panel 8)TR/7Volume 2VI.A. ClimbB. CruiseC. DescentD. Approach to hoverE. Maintain hoverF. Depart hoverG. Precision maneuverH. AutorotationPerform mission functionsA. Overfly sonobuoyB. Evaluate MADC. Perform vectored attackD. Monitor EW environmentE. Perform surface searchF. <strong>Man</strong>age aircraft storesVII. ApproachA. ApproachB. Transition to hoverVIII. Maintain navigation situationA. Develop/Revise navigation plansB. <strong>Man</strong>age navigation systemC. Maintain situation awarenessLX.Perform helicopter in-flight re-fuelA. Perform HIFR checksB. Monitor HIFR progressC. Maintain hover during HIFRX. <strong>Man</strong>age aircraft systemsA. <strong>Man</strong>age fuel subsystemB. <strong>Man</strong>age hydraulic subsystemC. <strong>Man</strong>age electrical subsystemD. <strong>Man</strong>age aircraft engine subsystemsE. <strong>Man</strong>age anti-icing and de-icing subsystemsF. <strong>Man</strong>age emergency subsystemsXI.<strong>Man</strong>age communication systemA. <strong>Man</strong>age communication systemB. Establish communicationsXII. Land aircraftA. Perform pre-landing checksB. Prepare/check HHRSDC. Land aircraftXIII. Prepare aircraft for shutdownA. Perform post-landing checksB. Taxi aircraftXIV. Shutdown AircraftA. Perform pre-shutdown checksB. Start APU (post-flight)C. Engine shutdownD. Fold blades/pylonE. Shutdown aircraft systemsNATO INCLASSIF MI

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