Table of Contents
1.0INTRODUCTION
1.1PurposeandGoals
1.2Scope
1.3Definitions
1.4RelatedDocuments
2.0COMMUNICATION
2.1Introduction
2.2.1CustomerandSupplierPointsofContact
2.2CustomerFaultReporting
2.3SupplierstoCustomers
2.4CustomerstoSuppliers
2.5CustomertoCustomer
2.6KnowledgeDatabase
3.0PROCUREMENTANDINITIALSERVICEOFANEW
SYNTHETICTRAININGDEVICE
3.1AircraftContracts
3.2Specification
3.2.1Contract
3.3SiteSurvey/FacilityRequirements
3.4STDDesignandBuild
3.5InitialSpares
3.5.1OngoingSpares
3.6In-PlantAcceptance
3.6.1SimulationFidelityandCrewTraining
Acceptance
3.6.2Technical/MaintenanceAcceptance
3.7SiteInstallation
3.8CustomerSiteAcceptance
3.9InitialRegulatoryQualification
3.10ReadyforTraining
3.11ContractualAvailabilityDemonstration
3.12FieldServiceRepresentative
4.0DOCUMENTATION
4.1InitialDocumentationDeliveredbyManufacturer
4.2DocumentationRevisions
5.0TECHNICALANDINSTRUCTORTRAINING
5.1TechnicalStaffTraining
5.2STDCrewInstructorTraining
6.0CONFIGURATIONMANAGEMENT
6.1Introduction
6.2ConfigurationControlGuidelines-Initial
Acceptance
6.3ConfigurationControlGuidelines-RFT
6.4ConfigurationControlGuidelines-PostRFT
6.5Compatibility
6.6TrackingChangesintheModeledAircraft
7.0SCHEDULEDMAINTENANCE
7.1PreventiveMaintenance
7.2OtherScheduledMaintenanceActivities
7.2.1Backups
7.2.2QTG
7.3AgingComponentsIssues
7.4EmergencyPreparednessRecovery
8.0UNSCHEDULEDMAINTENANCE
8.1General
8.2Troubleshooting
8.2.1DiagnosticTools
8.2.2DocumentingtheSolution
8.2.3FeedbacktoTraining
8.3DeferredMaintenance
9.0SPARESANDCONSUMABLESMANAGEMENT
9.1General
9.2InitialSpares
9.2.1SparesPhilosophy
9.3Repair
9.4LastTimeBuy
9.5ComponentLevelRepairVersusLRURepair
10.0OBSOLESCENCEMANAGEMENT
10.1Obsolescence,Notification,andMinimizingCost
10.1.1PurposeandGoals
10.1.2Background
10.2ObsolescenceResolution
10.2.1ObsolescenceIdentification
11.0STDIMPROVEMENTS
11.1General
11.2NewEquipmentorSystems
11.2.1ObsolescenceorLackofaTrained
TechnicianPool
11.2.2HigherQualificationLevel
11.2.3LackofReliability
11.2.4ImproveMaintainabilityThroughImproved
Efficiency
11.3Relocation
11.4ChangeofRegulatoryApprovalLevel
11.4.1Upgrade
11.4.2Downgrade
11.5NewVisualDataBase
12.0HIBERNATION/RELOCATION/DECOMMISSIONING
12.1Hibernation
12.1.1AreasofConsideration
12.2DetailedBreakdownofConsiderations
12.2.1ObtainingBaselineData(QTGorMaintenance
OnlyData)
12.2.2OpenDiscrepancyResolution
12.2.3HardwareInventory
12.2.4Documentation
12.2.5MaintainingSoftwareConfigurationControl
12.2.6DataBackup(IncludingNVRAMBootDatafor
HostorSatelliteProcessors)
12.2.7ProcedureDevelopmentValidation
12.2.8Security
12.3SubsystemSpecialConsiderations
12.3.1HostComputerComplex
12.3.2VisualSystem
12.3.3Linkage
12.3.4Motion
12.3.5Controls
12.3.6HydraulicPowerUnit
12.3.7PowerSupplies
12.4Facilities
12.5ReturntoService
12.5.1VisualInspection
12.5.2HardwareInventoryandSpareParts
Availability
15.5.3RecordsReviewandDocumentation
15.5.4Software
15.5.5ComputerEquipmentandSettings
12.5.6Facilities
12.5.7PowerSuppliesandLinkage
12.5.8HydraulicPowerUnit
12.5.9MotionandControls
12.5.10VisualSystem
12.5.11HostComputerComplex
12.5.12PreventiveMaintenance
12.5.13VerifyingBaselineData(ATMsandQTGs)
12.6Relocation
12.7Decommissioning
12.8EnvironmentalConsideration
13.0SOFTWAREQUALITY
13.1General
13.2EstablishmentofSoftwareQuality
14.0QUALITYASSURANCE
14.1Introduction
14.2STDHealthMetrics
14.3STDMaintenanceCostMetrics
14.4CombiningSTDHealthandCostMetrics
ATTACHMENTS
1RepresentativePreventionMaintenanceActions
2PreventiveMaintenanceLog
3GroundingChecks
APPENDICES
AGlossary
BVisualModelAcceptanceChecklist Abstract
Addresses measures pertaining to and directly associated with the maintainability and reliability of STDs throughout their entire life cycle, from initial specification and design to de-commissioning.
