Global Services
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management, implementation of Electronic Work Instructions and optimal inclusion of additional data elements
management, implementation of Electronic Work Instructions and optimal inclusion of additional data elements
What sets it apart
Regulator-approved condition-based maintenance
The only predictive maintenance solution approved to perform scheduled maintenance based on actual aircraft condition.
OEM aircraft design expertise
Engineered by Boeing with proprietary aircraft knowledge shaped by over 100 years of aviation experience.
Thousands of preprogrammed alerts
Validated across decades of fleet operations to deliver broad predictive coverage across aircraft systems.
AI-driven fix recommendations
Delivers corrective guidance based on historical fleet performance to improve troubleshooting accuracy and reduce repeat maintenance events.
Direct Boeing Toolbox and MES integration
Aircraft health alerts flow directly into Maintenance Performance Toolbox and leading maintenance and engineering systems.
Proven predictive accuracy at scale
Predictive models refined over 20+ years and validated across 44M+ flights in real-world airline operations.
Product overview
Boeing Airplane Health Management combines aircraft data analytics with predictive and condition-based maintenance in one integrated aircraft health monitoring system.
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Real-time in-flight health monitoring
Continuously analyzes aircraft data during flight to identify faults and emerging issues before arrival. Maintenance teams receive faults and alerts while the aircraft is still airborne, allowing diagnosis and repair planning to begin immediately. This enables proactive intervention instead of last-minute disruption.
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Condition-Based Scheduled Maintenance
Moves operators from interval-based inspections and scheduled part replacement to maintenance based on actual aircraft condition and performance data, extending component life while reducing downtime and cost.
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AI-guided corrective recommendations
Provides validated corrective guidance based on historical fleet performance and engineering logic. Teams receive recommended actions that improve troubleshooting accuracy, reduce repeat maintenance events, and speed resolution of recurring issues.
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Interactive visualizations
User-friendly data visualization tools that make aircraft health information easy to understand and act on. Built-in dashboards and drill-down capabilities allow teams to quickly explore trends, isolate issues, and move from insight to action without relying on manual data analysis.
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Thousands of validated alert triggers
Includes thousands of preprogrammed alerts refined across decades of fleet operations. Operators receive broad system coverage from day one without building custom detection logic, reducing false positives and manual monitoring. Alerts can also be configured to align with specific fleet priorities and operational needs.
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Self-service analytics
Combine AHM data with other maintenance data in Boeing Self-Service Analytics to analyze aircraft health, identify trends, and investigate root causes across the fleet. Analyze historical aircraft and system data to identify recurring faults, reliability patterns, and emerging maintenance risks across the fleet. Trend visibility helps teams prioritize issues, improve reliability programs, and make more informed maintenance decisions over time.
System integrations
Boeing product integrations
Connects directly with Maintenance Performance Toolbox, Insight Accelerator, and self-service analytics.
Maintenance Execution Systems
Integrates directly with leading airline maintenance systems, including AMOS.
Why airlines choose Boeing AHM
Protect revenue and aircraft utilization
Reduce maintenance-driven delays and aircraft time on ground by identifying failures before landing.
Turn unplanned maintenance into planned execution
Enable teams to stage parts and labor in advance, reducing overtime, recovery costs, and schedule disruption.
Reduce unnecessary maintenance costs
Perform required maintenance based on actual aircraft condition, avoiding premature removals and unnecessary spend.
OEM-level accuracy you can trust
Powered by proprietary Boeing aircraft system design data and engineering knowledge unavailable to third-party platforms.
Validated across 44M+ flights
Refined over 20+ years in real-world airline operations.
Up to $1M+ in monthly savings
Achieved through fewer delays, improved dispatch reliability, and more efficient maintenance execution.
Frequently asked questions
What is condition-based maintenance in aviation?
Condition-based maintenance allows required inspections and component replacements to be performed based on actual aircraft condition rather than fixed time or cycle intervals. On select Boeing fleets, AHM enables regulator-approved condition-based maintenance.
What is aircraft predictive maintenance?
Aircraft predictive maintenance uses real-time aircraft and flight data analytics to identify developing issues before they lead to unscheduled maintenance events.
What is an aircraft health monitoring system?
An aircraft health monitoring system analyzes aircraft data to detect airplane health issues, prioritize maintenance actions, and improve dispatch reliability across the fleet.