Five Rings
Site → Perimeter → Shell → Life Systems → Recovery
Building Resilience · site, shell, life systems and recovery
A stronger property is not the one with the most equipment. It is the one with fewer consequential weak links.
Building resilience means understanding how the property can fail, interrupting the most important pathways first, preserving essential functions where practical and making recovery easier when protection is exceeded.
Wind Flood Fire Heat Outage
Whole-property method
Protect from the outside in. Plan for what happens next.
Weather resilience is strongest when the site, building shell, essential systems and recovery pathway are considered together.
01SiteTerrain · drainage · vegetation · access
02PerimeterWalls · hardscape · barriers · near-building zone
03ShellRoof · openings · vents · edges
04Life SystemsPower · water · communications · cooling · sanitation
05RecoveryAccess · records · drying · repair · next action
Failure Pathway
What fails first, what happens next, and where can the chain be interrupted?
Survive · Function · Recover
Protect the structure, preserve essential use, shorten the recovery path.
Protection Dividend
Compare everyday value as well as hazard-day value.
72-Hour House
Stress-test shelter, water, sanitation, food, communications and temperature.
Resilience Passport
Record evidence, limits, maintenance and the next useful intervention.
Protection pathways
Build the protection package around the actual risk.
Planning pathway
New Build
Set levels, orientation, drainage, openings, service locations and continuity requirements before finishes are fixed.
Planning pathway
Retrofit
Start with evidence, maintenance and the highest-consequence weak links before major replacement.
Coming soon
Essential Power
Define essential functions, reduce loads and then size future backup, transfer and islanding pathways.
Coming soon
Water Continuity
Separate potable and utility-water needs, storage, pressure, pump power, isolation and safe use.
Planning pathway
Communications
Keep low-power network equipment, charging and critical property information available during disruption.
Planning pathway
72-Hour Property Test
Stress-test shelter, water, sanitation, food preservation, lighting, communications and indoor temperature.
Open pathwayPlanning pathway
Recovery Planning
Choose details, access and records that make drying, repair and safe isolation easier after an event.
Planning pathway
Commercial + Public
Apply the same failure-pathway logic to resorts, schools, councils, commercial buildings and critical facilities.
Open pathwayRange development
Current systems plus the next verified product families.
Coming Soon means the category belongs in the Weather Protection programme, but the final supplier, model, technical evidence and project limits are still being verified before Apollo publishes a product specification.
Emergency + rainwater storage
Tank, flexible storage and modular storage pathways for residential, commercial and remote projects.
Backup pumping
Water and flood-pump pathways with explicit power, starting-load and manual-access assumptions.
Essential-power packages
Battery, solar-plus-storage and transfer/islanding pathways will remain on hold until electrical compliance, freight, warranty and service models are verified.
Communications continuity
Low-load backup and property-information planning rather than specialist radio products by default.
01Weather protection strategy
Begin with the hazard profile, not the floor plan or gadget list.
Wind, water, fire, heat and infrastructure interruption should be mapped against the actual site. A resilient new build can set levels, orientation, access, critical service locations and maintenance routes before those decisions become expensive to change.
02Weather protection strategy
Sequence protects budget as well as property.
Maintenance and low-cost weak-link removal come first. Medium budgets should finish one or two high-consequence pathways well. Major capital work should change the architecture of risk rather than merely add premium finishes or more equipment.
03Weather protection strategy
Design a low-load refuge zone.
One room or small area can be easier to keep powered, shaded, cooled, warmed or filtered during disruption. That can reduce the backup-system size needed and give occupants a practical continuity mode without trying to make the whole building autonomous.
04Weather protection strategy
Water continuity is source → quality → storage → pressure → backup → isolation.
A tank is not a complete water strategy if the pump cannot operate during an outage. Potable and non-potable uses should be separated, with local plumbing, treatment and backflow requirements confirmed before connection.
05Weather protection strategy
Recovery is designed before the event.
Photographs of hidden work, accessible shutoffs, labelled services, raised vulnerable equipment, inspectable assemblies and records of installed systems can reduce uncertainty and repair time after severe weather.
Apollo method
MAP → PRIORITISE → VERIFY → INTEGRATE → MAINTAIN
Map the hazard and building interfaces. Prioritise where failure has the greatest consequence. Verify the exact product evidence and local design requirements. Integrate structure, drainage, power, access and recovery. Maintain the system so the protection remains real rather than historical.
Technical evidence standard
Framework first. Exact evidence before claims.
The planning framework helps identify what to protect and which questions to ask. Actual structural, flood, electrical, wildfire, drainage and product-performance decisions remain tied to current local requirements, exact supplier documentation and qualified professional input where required.
Apollo NZ Global · International project supply
Build the weather-protection package around the property.
Send the location, plans, photos, opening dimensions and the weather risks you are trying to manage. If a product family is still marked Coming Soon, we can also use the project brief to guide sourcing and technical verification.