Request Project ReviewWildfire & Ember Protection · break the ignition pathway early
Embers can reach a property ahead of the main fire and accumulate at vents, gutters, roof corners, deck gaps, fences, stored materials and the base of walls. This category focuses on ember-entry and near-building protection rather than broad fireproof claims.
Wildfire & Ember Protection · Key answers
The pathway focuses on reducing ember-entry and ignition connections around vents, roof edges, gutters, near-building surfaces, stored materials and other vulnerable interfaces before making broader fire-performance claims.
Ember vents and mesh are project-dependent rather than one-size products. Suitability depends on the opening, material, mesh aperture, fixing method and the local wildfire or bushfire requirements.
Useful inputs include the site and jurisdiction, building plans or photographs, roof and vent details, near-building materials and vegetation, access, water and power considerations, and any local wildfire or bushfire design requirements.
Apollo can coordinate verified product pathways, but final wildfire or bushfire design, code compliance, siting and professional certification remain project- and jurisdiction-specific.
Protection pathways
Map the Home Ignition Zone and visualise ember → fuel → flame → building pathways across the property.
Open pathwayUse 10 illustrated education boards to understand Home Ignition Zones, ember pathways, roofs and vents, defensible space, Red Flag days, smoke continuity and recovery.
Open pathwayRun a faster maintenance-oriented check across roof, vents, decks, fences, firewood, vegetation and access.
Open pathwayUnderstand home ignition zones, defensible space, ember pathways, roof and vent vulnerabilities, Red Flag conditions and wildfire-aware outdoor fire use.
Open pathwayCoordinate one closable lower-load room around filtration, outdoor-air control, heat, power and communications for smoke events when staying indoors is appropriate.
Open pathwayVent systems intended to preserve required airflow while reducing ember-entry pathways.
Selected screening products for vulnerable openings and interfaces.
Debris-management and protected-edge pathways that reduce ignition opportunities at the roof perimeter.
Near-building surface and edge systems designed to reduce easy ignition bridges.
Separation, maintained access and discontinuity around vegetation, fences, decks and storage.
Coordinate a closable, lower-load room with filtration, shade and essential power planning.
Open pathwayReduce refuge-room heat load so a smoke event does not force a conflict between clean air and overheating.
Open pathwayMap the ember → fuel → flame → connected element → building pathway before buying products.
Open pathwayA roof covering can perform well while dry debris in a corner, an open vent, combustible storage or a fence connection creates the actual ignition pathway. The useful question is: if this ignites, what can it ignite next?
Resilient design can use noncombustible or low-ignition surfaces, maintained separation, clean roof edges and deliberate spacing without turning the property into a barren landscape. Exact distances and materials remain jurisdiction-specific.
Blocking ventilation casually can trade ember protection for moisture or durability concerns. Vent and mesh selection therefore needs to consider airflow, the building system and local requirements together.
Leaves return, vegetation grows, mulch migrates and storage moves. A good system includes inspection and maintenance rather than assuming a one-time installation remains effective indefinitely.
Project planning sequence
Map the hazard and building interfaces. Prioritise the interfaces with the greatest consequence. Verify the exact product information and local design requirements. Integrate structure, drainage, power, access and recovery. Maintain the system so the protection remains effective over time.
Project-specific technical review
The planning guide helps identify what to protect and which questions to ask. Structural, flood, electrical, wildfire, drainage and product-performance decisions are then confirmed against the selected system, current project documentation, local requirements and qualified professional input where required.
Connected project pathway
Explore the current Weather Protection range, project pathways and product information.
Open pathway Planning guideWeather Protection Planning GuidePlan the project around application, site conditions, interfaces, evidence and local responsibilities before the final configuration is frozen.
Open pathway Project filesProject Upload ToolSend plans, dimensions, photographs and project information for review.
Open pathway TechnicalTechnical & Specifier CentreUse current product information, technical documentation and professional project resources.
Open pathway Project briefWeather Protection Project BriefSend the project scope, destination, dimensions, quantities and supporting information for manual review.
Open pathwayNo current public document is registered against this exact page yet. Tell Apollo what the project needs and the team can review the current product/configuration-specific information available.
Apollo NZ Global · International project supply
Send the location, plans, photos, opening dimensions and the weather exposures you are planning for. If the exact product is not listed, Apollo can review suitable supply pathways against the project brief.