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aircraft-inspection

Conducts pre-flight airworthiness verification through multi-layered inspection of mechanical components, electrical systems, and maintenance records.

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vivekhaldar/proceda
Last source activity
March 23, 2026 at 02:27
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English
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SKILL.md
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name
aircraft-inspection
description
Conducts pre-flight airworthiness verification through multi-layered inspection of mechanical components, electrical systems, and maintenance records.
required_tools
["VerifyAircraftClearance","VerifyMechanicalComponents","VerifyElectricalSystems","ReportComponentIncident","ReportComponentMismatch","CrossCheckSpecifications","ReportCrossCheck"]
output_fields
["aircraft_ready","mechanical_inspection_result","electrical_inspection_result","component_incident_response","component_mismatch_response","cross_check_response","cross_check_reporting_response"]
### Step 1: Validate Aircraft Identification Call `VerifyAircraftClearance` with `aircraft_id`, `tail_number`, `maintenance_record_id`, and `expected_departure_time` to validate aircraft identification against the Airworthiness Validation Matrix (AVM) and check maintenance records. Record the `aircraft_ready` result. ### Step 2: Inspect Mechanical Components Call `VerifyMechanicalComponents` with `aircraft_id`, `component_serial_number`, `inspection_location_id`, `component_weight`, `physical_condition_observation`, and `installation_time`. Record the `mechanical_inspection_result` (success, fail, or retest). ### Step 3: Authenticate Electrical Systems Call `VerifyElectricalSystems` with `aircraft_id`, `battery_status`, `circuit_continuity_check`, and `avionics_diagnostics_response`. Record the `electrical_inspection_result` (success, fail, or retest). ### Step 4: Report Component Incidents Call `ReportComponentIncident` with `aircraft_id`, `mechanical_inspection_result` (from Step 2), and `electrical_inspection_result` (from Step 3). Record the `component_incident_response`. ### Step 5: Report Component Mismatches Call `ReportComponentMismatch` with `aircraft_id`, `component_serial_number`, `installed_component_serial_number`, and `inspection_location_id`. Record the `component_mismatch_response`. ### Step 6: Cross-Check Specifications Call `CrossCheckSpecifications` with `aircraft_id`, `component_weight`, `expected_component_weight`, `installation_time`, and `actual_inspection_time`. Record the `cross_check_response`. ### Step 7: Report Cross-Check Results Call `ReportCrossCheck` with `maintenance_record_id`, `aircraft_id`, `component_incident_response` (from Step 4), and `component_mismatch_response` (from Step 5). Record the `cross_check_reporting_response`.
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