Hurricane, wind, hail, and severe weather damage forensic investigations
Submit an AssignmentTrinity Engineering's storm damage assessment services deliver rapid, comprehensive forensic investigations of hurricane, wind, hail, and severe weather impacts on residential and commercial properties. Our licensed engineers utilize meteorological data, engineering principles, and advanced diagnostic tools to accurately determine causation, extent, and timeline of weather-related damage.
Request This ServiceRapid preliminary assessment for immediate claim decisions and emergency repairs.
Detailed forensic analysis with weather data correlation, damage extent, and repair scope.
Large-scale catastrophe reporting for multiple properties and complex weather events.
Comprehensive capabilities delivered by licensed Professional Engineers
Forensic evaluation of structural damage caused by high winds, including roof, siding, and framing failures.
Detailed inspection and documentation of hail damage to roofing, siding, and exterior building components.
Comprehensive analysis of hurricane damage with correlation to meteorological data and wind speeds.
Investigation of water intrusion pathways and damage resulting from severe weather events.
Forensic evaluation of direct and indirect lightning damage to structures and systems.
Rapid deployment catastrophe response for large-scale weather events and disasters.
Our forensic engineers investigate a comprehensive range of failure mechanisms and causes
Hurricane Damage
High Wind
Hail Impact
Tornado
Derecho
Storm Surge
Wind-Driven Rain
Roof Blow-Off
Siding Failure
Window Breakage
Tree Impact
Flying Debris
A systematic approach to forensic engineering excellence
24-hour response time with immediate deployment of qualified PE engineer to the site.
Analysis of meteorological data to determine wind speeds, hail size, and storm timing.
Comprehensive photo documentation, drone surveys, and detailed damage mapping.
Delivery of defensible engineering report with clear causation determination and repair recommendations.