📐Space aware positioning
Dec 1st, 2023 — Pilot 1.7
Leading Edge: This is the front part of the blade or wing which first contacts the air.
Trailing Edge: This is the rear edge of the blade or wing where the air passes off.
Root: The part of the blade or wing that attaches to the hub or fuselage.
With the feature Spector takes this global positioning data and translates it into the local coordinate system specific to the individual blade. This process is crucial for accurately locating the defect in relation to the blade's unique geometry. Once the defect's local position is established, Spector assists in determining the appropriate ply disposition, the area affected, and the most effective method for repair.
Following the localization, Spector aids in determining the specific ply disposition that has been affected, evaluates the area surrounding the defect, and suggests a tailored repair methodology based on the blade's unique structural properties.
Five Key Points for Overall Process Facilitation:
Defect Capture: Accurately records defects with their global coordinates, types, and severity levels.
Coordinate Translation: Converts global defect positions into local blade-specific coordinates to accurately reflect the defect's location on the individual blade.
Ply Disposition Analysis: Assists in identifying the specific layers of material affected by the defect, which is vital for planning the repair strategy.
Repair Area Assessment: Determines the extent of the area that needs repair, helping to quantify the repair scope and materials required.
Repair Methodology Guidance: Based on the localized defect data and ply analysis, Spector recommends the optimal repair method, ensuring effective restoration of the blade's integrity and performance.
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