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CONSTRUCTION-DEFECT DEFENSE LITIGATORS — ARE YOUR HANGAR RETROFITS PREPARED FOR THESE STRUCTURAL RISKS?

5 Key Structural Blind Spots in Aircraft/Spacecraft Hangar Retrofit Projects for Construction-Defect Defense Litigators

Aircraft and spacecraft hangar retrofits involve unique structural challenges, including massive clear-span roofs, oversized doors, high wind exposure, corrosion risks, fire-protection systems, and heavily loaded structural components. Pasted text

Thermal movement, roof transition distress, hangar door corrosion, fire-suppression retrofit loads, and water loads can create significant construction-defect and structural performance concerns. Download our free field checklist — designed to help identify critical structural blind spots in aircraft and spacecraft hangar retrofit projects.

Steel Thermal Movement Restraint – Member / Connection Distress

Roof Transition Distress

Hangar Door Corrosion

Foam Fire-Suppression Retrofit Impacts

Fire Protection Systems – Water Loads

These five points highlight key structural blind spots that Construction-Defect Defense Litigators should consider when evaluating aircraft and spacecraft hangar retrofit projects.

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5 Key Structural Blind Spots in Aircraft/Spacecraft Hangar Retrofit Projects for Construction-Defect Defense Litigators

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