What Should a Roof Inspection Report Include?
If you manage strata, commercial, or residential property, chances are you have received a roof inspection report at some point — or been told you need one. But not all reports are created equal, and the difference between a thorough report and a superficial one can have real consequences for your maintenance budget, your building, and your insurer.
This guide covers what a professionally prepared roof inspection report should contain, why each element matters, and what to look out for when assessing the quality of a report you have received.
Why the Report Matters More Than the Inspection
The roof inspection is typically a few hours on a reasonably sized roof. The report is what you — and everyone else — relies on for the next several years.
A well-prepared roof inspection report does not just tell you there is a problem. It tells you exactly why it’s a problem, where the problem is, what is causing it, which Australian Standard applies, what needs to be done to fix it, and how urgently it needs to happen. That information is what allows you to instruct a contractor with confidence, defend a decision to a committee, support an insurance claim, or plan capital expenditure across a financial year.
A report that says "flashings show signs of wear — recommend attention" is essentially useless. A report that identifies non-compliant collar flashings at specific penetration locations, references the relevant section of SA HB 39:2015, notes that each penetration is creating localised ponding, and specifies the materials and quantities required to fix it is a document you can act on. That distinction matters every time the report changes hands — to a contractor, an insurer, a committee, or a strata manager.
What a Professional Roof Inspection Report Should Include
1. Inspection Instructions and Scope
The report should open with a clear statement of why the inspection was commissioned, who instructed it, and what scope was agreed. If there is relevant background — known leak locations, recent maintenance works, an insurance matter, a contractor dispute — this should be documented upfront.
This section is more important than it looks. An inspection commissioned to verify the standard of a contractor's completed works is a fundamentally different document from a routine condition assessment, and the opening section should make that context explicit. It also protects all parties by establishing what the inspector was asked to assess and on what basis.
2. Executive Summary
A concise overview of the roof's overall condition, the number of defects identified, how they are distributed across priority categories, and the most significant findings. This is typically the section a body corporate treasurer, facilities manager, or asset manager reads first.
A well-written executive summary gives decision-makers a clear picture of where the building stands without requiring them to read 30 pages before understanding the risk level. It should include an overall condition rating — typically expressed as a score out of 10 with a Plain English descriptor such as Poor, Fair, or Good — so that condition can be tracked and compared across inspection cycles.
3. Preliminary Assessment
Before any defects are documented, the report should record the physical characteristics of the roof system as measured on the day of inspection. For a sheet metal roof, this includes roof profile and finish, base metal thickness, gutter profile and type, downpipe size, and measured roof pitch and gutter overhang — each checked for compliance against the relevant Australian Standard or manufacturer specification.
This matters because installation defects are often the root cause of ongoing maintenance issues. A gutter falling the wrong way, a roof pitch below the minimum for the profile, or an overhang outside the permitted range can cause persistent ponding and water ingress that no amount of reactive maintenance will solve. The preliminary assessment is where those systemic issues are identified and documented with actual measurements rather than general impressions.
For membrane roofs — common on multi-storey apartment buildings — this section should record membrane type and system, substrate type, number of outlets and overflows, upturn heights and termination compliance, and whether there is evidence of ponding. These are the elements that determine whether a waterproofing system will actually perform.
4. Annotated Roof Map
Every defect identified in the report should be plotted on an aerial or satellite image of the roof, numbered and colour-coded by priority. This is one of the most practically useful elements of a report, and one of the most commonly omitted.
Without a roof map, a property manager trying to brief a contractor, an insurer's assessor trying to locate a claimed leak, or a committee member trying to understand which part of the roof is at risk is working from written descriptions alone. With a clearly annotated map, the location of every issue is immediately visible to anyone who picks up the report — regardless of their familiarity with the building.
The map should also mark known water ingress locations, downpipe positions, and roof pitch measurements, so the relationship between drainage paths and defect locations can be understood at a glance.
5. Detailed Issues and Recommendations
This is the body of the report. Each identified issue should be documented individually, with a consistent structure: a clear title, a priority classification, a written observation describing what was found, a recommendation specifying what needs to be done, and a quantities table itemising the materials or works required.
The observation should be factual and specific — describing exactly what was seen, where, and why it is a problem. The recommendation should be actionable — not "monitor and review" but a clear instruction on what trade is required, what method should be used, and what standard the work must meet. And the quantities table should include enough measured information that a licensed contractor can prepare a preliminary cost estimate directly from the report, without needing to revisit the site.
This last point is significant. A report that enables contractors to quote without a site visit shortens the procurement process, reduces the risk of scope disputes later, and makes it easier to compare quotes on a like-for-like basis.
High-quality photographs should accompany each issue — not generic roof shots, but close-up images that clearly show the specific defect being described.
6. Prioritised Scope of Works
The report should conclude with a consolidated, colour-coded scope of works table that pulls together all identified issues in priority order — from items requiring immediate action through to works recommended within 12 months and within three years. Each row should clearly state the issue, the priority level, the category (water ingress, non-compliant, maintenance, or height safety), the trade required, and the specific works to be carried out.
This table is the document that gets handed to a contractor. It should be clear enough that there is no ambiguity about what is expected, specific enough that the works can be quoted without a site visit, and structured in a way that supports staged delivery if budget requires it.
A well-constructed scope of works table also makes it straightforward to track completion. Each item can be ticked off as works are finished, and a follow-up inspection can be used to verify that rectification has been carried out to the required standard.
7. Appendix Listing Compliance References and Standards Citations
Where a defect represents a departure from an Australian Standard or manufacturer specification, the report should cite the specific clause and, where possible, reproduce the relevant extract or diagram so the finding can be understood in context.
This is particularly important for workmanship disputes, insurance claims, and situations where a contractor is pushing back on a finding. A recommendation backed by a cited clause from SA HB 39:2015 or AS 4654.2-2012 is not an opinion — it is a documented non-compliance that the contractor or building owner is now on notice about.
Standards routinely referenced in roof inspection reports for strata and commercial buildings in Australia include SA HB 39:2015 (sheet metal roofing), AS 1562.1:2018 (design and installation of sheet roof cladding), AS/NZS 3500.3 (stormwater drainage), AS 4654.2-2012 (waterproofing of wet areas using membrane systems), and the Lysaght Roofing and Walling Installation Manual. Where relevant, BlueScope Technical Bulletins should also be referenced — particularly for matters relating to fastener selection, coating restoration, and material compatibility.
Excerpts with highlighted sections, diagrams and clauses should always be included in a thorough roof inspection report to back up findings and increase the defensibility of any decisions to be made moving forward.
What to Watch Out For in an Inadequate Report
Not all roof inspection reports are created by competent commercial roof inspectors or deliver the level of detail described above. Some of the most common shortcomings to watch for include:
Defects described in vague terms without specific locations, measurements, or photographs. If you cannot tell a contractor where to go and what to do, the report has not done its job.
Recommendations that rely heavily on sealant as a fix. Sealant degrades, delaminates, and fails — particularly under UV exposure and thermal movement. It has a role in roofing, but it is not a substitute for correctly formed and fitted flashing connections. A report that recommends sealant as the primary remedy for multiple issues should raise questions about whether the root cause has actually been identified.
No quantities. A report that identifies 20 defects but provides no measured quantities gives you no basis for evaluating contractor quotes or planning expenditure.
No standards references. If a defect represents a non-compliance, the relevant standard should be cited. Without it, the finding is an opinion rather than a documented departure from a defined requirement.
No roof map. Without one, the report cannot be used effectively by anyone who was not present during the inspection.
A Note on Sealant Reliance
One issue worth addressing specifically, because it appears so frequently in buildings where previous maintenance has been carried out: the over-reliance on sealant as a substitute for properly engineered flashing and penetration details.
Australian Standards are clear that collar flashings, penetration terminations, and flashing connections must be correctly formed and fitted. Sealant is permitted as a supplementary measure — applied over correctly installed details to improve weatherproofing — but it is not an accepted substitute for the detail itself.
When an inspector identifies multiple locations across a roof where sealant is the primary means of waterproofing penetrations, flashings, or junctions, that is a systemic finding. It typically indicates either that original installation was substandard, that previous maintenance works prioritised speed over compliance, or both. It also means the building is carrying a latent risk that will materialise — progressively, and usually at the worst possible time.
A thorough roof inspection report will identify and document this pattern explicitly, rather than treating each sealant-reliant detail as an isolated issue.
How Insight Roof Inspections Prepares Its Reports
Every Insight RI roof inspection report is prepared to the standard described in this guide. Reports are tailored to the building, the roof system, and the inspection scope — and structured to be useful to asset managers, facilities managers, strata managers, and the contractors and insurers they work with.
Each report includes an annotated roof map based on current satellite or drone imagery, a preliminary assessment with measured compliance data, detailed issue documentation with high-resolution photographs and standards references, quantities sufficient for contractor quoting, and a colour-coded prioritised scope of works.
Reports are delivered within five business days of inspection. Sample reports are available on request — contact us and we will provide an example relevant to your building type.