Aerial Dilapidation & Thermal Imaging  (Expectation‑based)

Aerial Dilapidation & Thermal Imaging (What to Expect)

OVERVIEW

This case study outlines precisely what stakeholders can expect when 4EVA conducts RePL‑licensed drone dilapidation reporting and thermal imaging across a site.

Aerial Dilapidation & Thermal Imaging  (Expectation‑based)

Scope of Work

CASA‑compliant operations
Orthomosaic roof mapping
3D modelling
Thermal imaging of solar/electrical assets
Pre‑existing defect identification
Drainage/structural/WHS hazard assessment
Annotated imagery and insights
Evidence‑grade reporting
Enterprise Intelligence integration
Recommendations
Optional follow‑ups.

What to Expect

Step 1 Pre‑inspection coordination

Step 2 Aerial capture

Step 3 Thermal imaging

Step 4 Data processing & analysis

Step 5 Deliverables pack

Step 6 Post‑inspection review

Key Outcomes

Objective evidence
Reduced WHS risk
Dispute prevention
Early defect detection
Solar suitability confirmation
Support for funding/ESG/scheme eligibility
Future baseline for comparisons
CAIP integration

Why 4EVA Was Selected

Proven capability
Experience coordinating
Strong reputation for precision, compliance and safety governance
Deep knowledge of high risk civil and infrastructure environments
RePL operators
Orthomosaic/3D capability
Solar/electrical emphasis
Governance alignment
Asset‑lifecycle integration
Evidence‑first methodology

Compliance & Evidence

All works were delivered under rigorous QA and WHS frameworks, including:

RePL licence docs; flight logs
WHS
Timestamped imagery
Model & mapping layers
Annotated defects
Thermal signatures
Risk ratings
Audit/insurance‑ready evidence.
Audit ready documentation was provided to the principal contractor and airport authority as part of the final turnover pack.