Difference between revisions of "Maintenance forecast"
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Calculating Estimated Time Remaining (ETR) before tasks are due. | Calculating Estimated Time Remaining (ETR) before tasks are due. | ||
| − | This is essential for: | + | This is essential for this things: |
Ensuring compliance with hour/cycle-based maintenance programs. | Ensuring compliance with hour/cycle-based maintenance programs. | ||
Revision as of 12:03, 16 January 2026
Maintenance Forecast
1. Calendar Forecast
This forecast is based on time-based maintenance intervals. It helps plan upcoming tasks by calendar dates, regardless of actual usage.
Typical use cases:
Scheduled checks (e.g., weekly, monthly, yearly).
Calendar-based inspections required by regulations.
Expiration tracking for documents or certificates.
Planning based on lease return dates or seasonal usage.
Key features may include:
Timeline views (Gantt charts).
Alerts for upcoming due dates.
Filtering by aircraft, parts, or task type.
Integration with work orders or task generation.
2. Hours Forecast
This forecast is based on operational hours or usage time (e.g., flight hours, engine cycles).
Used for:
Predictive maintenance tied to flight hours.
Forecasting overhauls, inspections, or part replacements after X hours.
Maintenance tasks triggered by cycle counts (landings, takeoffs).
Calculating Estimated Time Remaining (ETR) before tasks are due.
This is essential for this things:
Ensuring compliance with hour/cycle-based maintenance programs.
Avoiding delays or AOG (Aircraft on Ground) situations.
Accurate planning of hangar slots and labor allocation.