Fly with Confidence: Optimise Engine Maintenance with Mitiga's Aerosol Exposure Model
Precision Engine Performance Forecasts Powered by Advanced Atmospheric Aerosol Data
Why Choose Mitiga's Aerosol Exposure Model?
Accurate engine health assessment for proactive maintenance planning.
Minimise operational disruptions and ensure optimal engine performance.
Optimised maintenance schedules to prevent unnecessary expenses.
Reduce maintenance costs and increase operational efficiency.
Improved decision-making for optimised engine predictive maintenance.
Maximize return on investment and improve overall business performance.
How Mitiga's Aerosol Exposure Model Works
Step 1: Data Integration
Mitiga’s model leverages real-time flight tracking data and historical flight records to construct a detailed database of aircraft flight paths. Additionally, the model integrates atmospheric data from the Goddard Earth Observing System 5 (GEOS-5, NASA), and Copernicus Atmosphere Monitoring Service (CAMS, European Commission), providing valuable insights into environmental conditions along these flight routes.
Step 2: Engine Health Assessment
Mitigas Aerosol Exposure Model analyses the data to accurately predict engine degradation and identify potential risks.
The model considers the composition and concentration of atmospheric pollutants, flight altitude, and engine operating conditions to provide a precise assessment of engine health.
Step 3: Customised Maintenance Recommendations
Mitiga's tailored maintenance recommendations optimize engine lifespan and performance. Our data-driven approach prevents both underspending (9% risk of premature failure) and overspending (16% risk of unnecessary costs). By giving precise insight into atmospheric hazards, our model ensures maximum efficiency and minimizes the cost of maintenance.
Use Cases
Applications for Mitiga's Aviation Technology
Asset Management
Operational Management
Decision Support
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