Roofing Risk Assessment Template 2026
OHSA-compliant hazard identification and risk assessment (HIRA) for roofing work. Covers Falls from height, Falls through fragile materials, Slips on inclined surfaces, and more.
Instant Generation
AI creates your complete roofing HIRA in under 2 minutes.
OHSA Compliant
Meets Construction Regulations 2014 requirements for risk assessments.
Risk Matrix Included
Automated risk scoring with likelihood × severity calculations.
Roofing HIRA Categories
Hazard Categories Covered
- Working at Heights
- Fragile Surfaces
- Hot Work (bitumen)
- Manual Handling
- Weather Hazards
Specific Hazards Addressed
- Falls from height
- Falls through fragile materials
- Slips on inclined surfaces
- Burns from hot bitumen
- Manual handling injuries
- Weather exposure
- Struck by falling materials
- Electrical hazards (near power lines)
Risk Matrix Methodology
Our roofing HIRA uses a 5×5 risk matrix combining likelihood and severity to calculate risk scores. The AI automatically applies hierarchy of controls to reduce residual risk.
High Risk (15-25)
Work cannot proceed. Immediate controls required.
Medium Risk (8-14)
Additional controls needed before work starts.
Low Risk (1-7)
Work may proceed with standard precautions.
Key Roofing Risks & Controls
Falls from roof edge
Our AI applies hierarchy of controls: elimination, substitution, engineering controls, administrative controls, and PPE.
Roof penetration and falls
Our AI applies hierarchy of controls: elimination, substitution, engineering controls, administrative controls, and PPE.
Water ingress from poor installation
Our AI applies hierarchy of controls: elimination, substitution, engineering controls, administrative controls, and PPE.
Structural overloading
Our AI applies hierarchy of controls: elimination, substitution, engineering controls, administrative controls, and PPE.
Required PPE for Roofing Work
Roofing Risk Assessment Requirements in South Africa
Roofing work in South Africa is governed by the OHSA Construction Regulations 2014 (particularly Regulation 10 for fall protection), SANS 10400-L (Roofs) and SANS 10400-T (Fire protection). Government housing projects (under NHBRC warranty), public buildings, and municipal facilities all require method statements detailing every stage from structural support through to waterproofing completion. Falls from roofs are the single leading cause of construction fatalities in SA — tender evaluations heavily weight the fall protection plan. Roofing contractors may need CIDB class GB (General Building) for complete roof structures, or a combination with specialist waterproofing registration. The NHBRC (National Home Builders Registration Council) registration is mandatory for residential projects. For industrial and commercial roofing, tenders frequently reference SANS 10137 (steel roofing and cladding), SATAS (South African Technical Auditing Services) for waterproofing membrane approval, and manufacturer-specific installation requirements. Waterproof guarantees of 10-15 years are standard on government tenders.
Key Risk Assessment Focus Areas for Roofing
Focus 1: Falls from roof edges and through fragile roof sheeting: the #1 construction fatality cause in SA. Specify edge protection, roof nets, crawl boards for fragile roofs
Focus 2: Thermal burns from torch-on felt application: specify safe torch handling zones, fire extinguisher placement (within 2m), and hot work permits near combustible structures
Focus 3: Manual handling of roof sheets in windy conditions: specify maximum wind speed for sheet handling (typically 40km/h), holding clamps, and minimum crew sizes per sheet size
Focus 4: Heat stress during summer roofing work (steel roofs can exceed 65°C): specify work/rest ratios, hydration plans, and shade rest areas per OHSA Environmental Regulations
Focus 5: Falling objects: tools and materials from roof level. Specify tool lanyards, materials hoisting points, and ground-level exclusion zones of 2m minimum from building line
Common Mistakes in Roofing Risk Assessments
Not submitting a standalone fall protection plan — Reg 10 requires this as a separate document, not just a section in the method statement
Specifying inadequate fixing for the wind zone: SA coastal areas (Cape Town, Durban) require heavier fixings per SANS 10160-3 wind loading calculations
Failing to include a waterproof guarantee per tender requirements — government tenders typically require 10-year guarantees backed by the membrane manufacturer
Using non-SATAS-approved waterproofing membranes — government specifications routinely require SATAS certification for flat roof application systems
Not addressing fragile roof access for maintenance projects — existing asbestos, fibre cement, and aged steel roofs are fragile until proven otherwise
Key Legislation for Roofing Risk Assessments
| Regulation / Standard | Requirement |
|---|---|
| OHSA Construction Regulations 2014, Reg 10 | Fall protection: requires a written fall protection plan for all work above 2m. Must detail edge protection, safety nets, or fall arrest systems for every roof zone and phase of work. |
| SANS 10400-L | NBR Part L: Roofs — covers structural requirements, waterproofing performance, fire resistance, and thermal insulation for all building types. |
| SANS 10137:2005 | Steel roof and wall cladding — covers material grades, profiles, fixing specifications, side and end laps, and performance requirements for different wind zones. |
| NHBRC Home Building Manual | For residential projects: sets minimum standards for roof structures, waterproofing, and thermal performance. All roof defects fall under the 5-year structural warranty. |
Roofing Risk Assessment FAQ
Do I need NHBRC registration for government housing roofing tenders?
What fall protection is required during roofing work?
How long must a flat roof waterproof guarantee last?
What is the SATAS approval requirement for waterproofing?
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