The most dependable rural wildfire defence setup is a system, not a single product: an independent water reserve, a pump that can operate during a power outage, hard-suction hose for the source, delivery hose that reaches every structure, and fittings compatible with your local fire service. In Australian guidance, 10,000 litres is a conservative starting point for attempting house defence, but steep terrain, a large or multi-winged home, several hose lines and a long refill time can require more.
Equipment can support early attack and ember protection; it cannot make staying safe in an extreme fire. Evacuation remains the primary plan whenever authorities advise leaving.
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What a rural wildfire-defence system must do
A useful installation has to keep supplying water when mains electricity fails, move that water to the required elevation, and put a controllable stream wherever embers or radiant heat threaten the buildings. The components are interdependent:
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- A resilient pump: sized for the flow, pressure, vertical lift and hose length you actually have, rather than for a catalogue figure alone.
- Source hose and strainer: noncollapsible hard-suction hose when the pump must draft from an open or unpressurized source below it.
- Delivery hose and nozzles: enough length to work around the home, with diameter and couplings matched to the pump and intended flow.
- Fire-service connection: an outlet, tee, valve and thread arrangement that a responding crew can use in your jurisdiction.
- Protection and maintenance: shielding from radiant heat, safe fuel storage, priming arrangements, regular tests and spare hose kept away from the fire area where possible.
Omitting one part creates a predictable failure. A large tank is of little use if its outlet restricts flow; a powerful pump is ineffective if it cannot draft; and a long hose is unsafe to deploy if it cannot deliver useful pressure at the nozzle.
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How much water should you plan to store?
The NSW Rural Fire Service (NSW RFS) Bush Fire Household Assessment Tool gives a conservative estimate of a minimum 10,000 litres to safely attempt to defend a house. The Country Fire Authority (CFA) in Victoria likewise lists at least 10,000 litres among the minimum equipment for property defence. Both figures are planning baselines, not guarantees that a person or building will remain safe.
Treat the figure as usable water, not merely the tank’s advertised capacity. Leave allowance for unusable depth, sediment, the suction strainer and the water needed to prime the pump. A home with multiple separate buildings, long hose runs, high ground between the tank and the nozzle, or more than one crew member operating lines may need a larger reserve. Ask your local fire authority to review the layout rather than assuming that one number fits every site.
Plan for duration, not just tank size
Estimate how many lines could run at once, the flow each line needs, and how long you may have to operate before a fire front passes or another source becomes available. Include water used for wetting vulnerable walls, decks and roofs as well as water directed at visible flame. If a dam, pool or second tank is part of the plan, document how the pump will change sources and how access will remain possible when smoke, debris or a closed gate blocks the normal route.
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Nominal capacity versus dependable supply
- Confirm the tank’s actual working volume and the level at which the pump begins to draw air.
- Check that the outlet and valve can pass the intended flow without becoming the system’s bottleneck.
- Keep an independent reserve for household use only if withdrawing it will not compromise the firefighting plan.
- Record a refill method, such as a tanker access point or a second static source, but do not rely on a refill that requires mains power during the fire.
Comparing tanks for wildfire use
Compare tanks by usable volume, outlet size, valve arrangement, material, location and access for a fire appliance. A tank selected only on price or capacity can be impossible for firefighters to connect to or too exposed to radiant heat.
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| Tank decision | What to verify | Why it matters |
|---|---|---|
| Usable volume | Working litres below the outlet and strainer, not just the manufacturer’s nominal capacity | Determines how long the pump can operate before losing prime |
| Outlet and valves | Diameter, full-bore passage, isolation valve and drain arrangement | A small or restrictive fitting can starve a high-flow pump |
| Fire-service connection | Thread, coupling, tee and clearance confirmed with the local authority | Crews need a connection they can identify and operate quickly |
| Material and siting | Tank condition, support, vehicle access and exposure to radiant heat | Heat, impact and blocked access can remove the reserve when it is needed |
| Refill and inspection | Rainwater, tanker or secondary source; level gauge and cleaning access | Lets you detect a low level, contamination or a failed valve before fire season |
Provide a firefighter connection as well as a pump outlet
CFA’s example arrangement uses a 65 mm BSP female tank outlet feeding a tee. One branch is a CFA connection and the other is for the owner’s pump; the example calls for pipes and valves with at least 65 mm internal diameter. This is an example, not a universal Australian standard. Threads and couplings vary by state, brigade and appliance, so have the local fire authority approve the drawing before ordering a tank or fabricating the outlet.
Keep the connection visible, labelled and reachable by a truck without forcing crews through gates, sheds or vegetation. Protect caps and valves from dirt, but do not hide them behind a locked enclosure that responders cannot open.
Choosing a pump that still works when power fails
Start with the water source and the nozzle flow you need. Then account for vertical lift from the water surface to the pump, elevation from the pump to the nozzle, hose friction, bends, valves and the pressure required to produce a useful stream. A pump’s maximum flow at zero head is not its operating performance on a real property.
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| Pump drive | When it fits | Important limitation |
|---|---|---|
| Diesel | Preferred resilience choice in NSW RFS guidance, particularly where bushfire risk and outage potential are significant | Needs safe fuel storage, battery care, servicing and a protected but ventilated location |
| Petrol | Considered adequate by NSW RFS for areas of lower bushfire risk | More flammable fuel; manage storage, hot surfaces and refuelling carefully |
| Electric | Only where a genuinely independent, protected power system has been engineered and approved | NSW RFS says electric pumps are generally unsuitable because bushfires can interrupt power |
Do not assume a garden-transfer pump can provide firefighting flow or pressure. Obtain a performance curve showing flow at the total head your installation produces, and check that the pump can run for the planned duration. Include a manual or automatic priming method, a suction strainer, fuel shut-off and a way to start the unit while wearing appropriate protective equipment.
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Protect the pump without preventing operation
Radiant heat can damage fuel systems, wiring, seals and the pump itself before flames arrive. Place the unit as far from likely flame paths as practical and provide shielding designed for the site. Keep fuel containers separated from ignition sources, inspect hoses for cracking, and ensure exhaust gases cannot accumulate in an enclosed space. A shelter that is secure but impossible to open quickly is a failed design, so practise starting and stopping the pump from its normal operating position.
Size the pump from the nozzle backwards
- List the nozzle flow or flows you intend to operate simultaneously.
- Measure the vertical distance from the lowest water level to the pump and from the pump to the highest nozzle.
- Measure the longest delivery-hose route, including allowances for bends and access around structures.
- Add the pressure required by the nozzle and the friction losses of the hose, valves, tee and fittings.
- Select a pump whose published curve still meets the combined flow and pressure at that total head, with a margin for a dirty strainer or ageing hose.
Hard-suction hose for tanks, dams and pools
When the water surface is below a pump, use noncollapsible hard-suction hose. The National Wildfire Coordinating Group defines it as noncollapsible suction hose attached to a pump and used to draft water from a source lower than the pump. Its purpose is to resist collapse under vacuum; ordinary lay-flat or garden hose cannot do that job.
NWCG identifies 2-inch and 2.5-inch sizes as customary on wildland engines. Choose the diameter that matches the pump inlet and the flow, and use compatible couplings throughout. A larger hose is not automatically better if the pump inlet, strainer or fittings remain smaller.
Build the suction side correctly
- Use the shortest practical route with as few bends as possible.
- Fit a strainer or foot valve sized for the hose so leaves, weeds and gravel do not reach the impeller.
- Keep every joint airtight. A tiny air leak can break prime even when no water visibly leaks out.
- Support the hose so its weight does not pull on the pump inlet.
- Respect the pump’s specified lift and priming limits; drafting from a deep dam is not equivalent to drawing from a tank outlet under positive head.
Test the complete suction assembly with the source at its lowest expected level. A pool or dam can look full in summer and still become unusable if the intake sits in mud, vegetation or a shallow edge.
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Delivery hose, flow and reach
Delivery hose must reach every side of the home and any detached structure that the plan protects. Store enough hose to route around corners without placing a line through a likely escape path, and keep spare lengths indoors or in a protected location where possible.
NSW RFS operational guidance gives these example planning flows: 1,000 litres per minute through 65 mm hose, 250 litres per minute through 38 mm hose and 100 litres per minute through 25 mm hose. The same guidance uses about 100 kPa of friction loss per 30 metres as a rule of thumb. These are planning values from the current operational page, not a promise that every hose, nozzle or pump will achieve them. Actual loss changes with hose construction, coupling condition, bends, elevation and flow.
| Hose size | NSW RFS example flow | Typical design implication |
|---|---|---|
| 65 mm | 1,000 L/min | High-flow main or appliance connection; demands a pump and tank outlet that can pass the volume |
| 38 mm | 250 L/min | Useful branch size when a manageable line is needed with substantial flow |
| 25 mm | 100 L/min | Lower-flow line for targeted wetting, subject to nozzle pressure and reach |
Use heat-resistant firefighting hose with rated working pressure above the pump’s maximum, and select nozzles that can be shut off and adjusted without removing the line. Verify every coupling standard before buying adapters; a reducer that fits mechanically may still restrict flow or fail under pressure.
Can a pool or dam supply the system?
Yes. NSW RFS lists dams, pools and tanks as static supplies. A pool can support a small portable pump and hose lines when the intake can remain submerged, the pump is above a stable footing, and the suction hose is short enough to prime reliably. A dam offers more volume but usually demands a longer suction route, a secure intake point and protection against mud, weeds and floating debris.
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Static-source access must remain practical during smoke and ember fall. Keep a clear route for the operator, avoid placing the pump where a rising fire can trap the person tending it, and mark the intake and valve locations. If firefighters are expected to use the source, provide the approved connection and enough hardstand for their appliance.
Do not confuse the SWS threshold with a defence recommendation
NSW RFS’s Static Water Supply (SWS) program can identify supplies over 3,000 litres for firefighter access. That threshold is a sign-up criterion for mapping and identification, not a recommended volume for defending a house. A mapped source may help a fire crew while still being inadequate for your own pump, hose length or operating time.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Fittings, outlets and compatibility checks
Tank threads and fire-service couplings are jurisdiction-specific. Before installation, ask the local brigade or fire authority to confirm:
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- the required outlet diameter and thread standard;
- whether the firefighter connection needs a tee, capped branch, non-return valve or a particular coupling;
- where the pump branch should be located and whether both branches may be used simultaneously;
- minimum internal pipe and valve diameters;
- clearance, signage, access and any local inspection requirement.
Use full-bore valves where flow matters, secure caps so they cannot be lost in grass, and label each branch in plain language. Keep an adapter kit only as a supplement to an approved fixed connection; improvised adapters are easy to misplace and may not withstand pump pressure.
A practical installation sequence
- Map the property. Mark the house, sheds, tanks, pools, dams, gates, slopes, likely ember entry points and safe withdrawal routes.
- Set the reserve. Calculate usable water for the lines you may run and add capacity for elevation, multiple buildings and refill uncertainty. Use the conservative agency baseline as the starting point, not the finish line.
- Choose the source and pump location. Minimise suction lift and keep the pump protected from radiant heat while preserving access for starting, refuelling and maintenance.
- Specify the tank outlet. Have the local fire authority approve the thread, tee, valve and internal diameter before the tank is delivered.
- Lay out suction hose. Match the hard-suction diameter to the pump inlet, add a strainer and test the lowest expected water level.
- Route delivery hose. Size each branch for its intended flow, measure the longest run and include elevation and friction in the pump selection.
- Install and label controls. Mark isolation valves, pump start instructions, fuel shut-off, drain points and firefighter connections.
- Commission under load. Run the pump with the longest hose and intended nozzle, check pressure at the nozzle, inspect every joint and confirm that the tank outlet does not collapse the flow.
- Document the system. Keep a one-page diagram, equipment list, maintenance dates and local fire-service contact with the pump.
Testing and maintenance before fire season
Run the system before the first high-risk period and after every modification. A static inspection cannot reveal an air leak, blocked strainer, failed battery or insufficient pressure at the farthest nozzle.
- Fill the tank to the planned operating level and verify the gauge against a physical check.
- Start the pump from cold, confirm oil, coolant, fuel and battery condition, and record the start time.
- Prime the suction line and inspect for air ingress at every coupling.
- Open each delivery line in turn, then test the combination of lines you may actually use.
- Flush sediment from strainers, valves and hose, and replace cracked gaskets or damaged couplings.
- Inspect hard-suction hose for dents, delamination and damaged threads; inspect delivery hose for cuts, soft spots and heat damage.
- Exercise isolation valves and replace missing caps, labels and protective covers.
- Keep fuel fresh according to the engine maker’s schedule and store it safely away from ignition sources.
- Repeat the test after drought, freezing weather, construction work or any change in tank level or hose routing.
Common failures and fixes
| Symptom | Likely cause | What to check |
|---|---|---|
| Pump runs but no water arrives | Lost prime, suction air leak, blocked strainer or excessive lift | Re-prime, tighten every suction joint, clean the strainer and compare lift with the pump specification |
| Good flow at the tank but weak stream at the nozzle | Undersized or excessively long delivery hose, elevation or restrictive fittings | Measure the route, check valves and couplings, and compare pressure at the pump and nozzle |
| Flow collapses when a second line opens | Pump curve or tank outlet cannot support the combined demand | Reduce simultaneous demand, enlarge the bottleneck or select a pump sized for the combined flow |
| Fire crew cannot connect | Wrong thread, hidden outlet, seized valve or incompatible adapter | Have the local authority verify the connection and exercise it during commissioning |
| Engine stops in heat | Radiant-heat exposure, fuel vapour problem, blocked cooling or poor ventilation | Improve shielding and ventilation, service the engine and relocate fuel storage safely |
| Tank appears full but pump draws air | Outlet is above the remaining usable water or intake is disturbed by sediment | Check the true low-water level, outlet position and tank cleanliness |
Safety, evacuation and operating limits
NSW RFS and CFA describe property defence as dangerous. A pump and hose can help with an early, manageable fire, ember attack or wetting exposed surfaces, but they do not protect a person from radiant heat, smoke, falling trees, wind changes or a fast-moving fire front. Do not wait for a fire truck; agencies warn that residents should not expect one to arrive in time to defend an individual property.
Prepare and practise an evacuation plan first. Monitor official warnings, leave early when advised, and do not remain solely because a tank, pump or hose is installed. If conditions deteriorate while you are operating equipment, shut down only when it is safe to do so and withdraw along the planned route.
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Decision checklist before you buy
- Is the stored volume usable, measured and sufficient for the likely number of lines and operating time?
- Can the pump deliver the required flow and pressure at the actual lift, hose length and elevation?
- Will it operate without grid power, and are fuel, priming, starting and servicing arrangements ready?
- Does the suction side use noncollapsible hose, an appropriate strainer and airtight couplings?
- Can delivery hose reach all protected structures without unsafe routing?
- Are outlet threads, tee arrangement, valves and internal diameters approved by the local fire authority?
- Is the pump protected from radiant heat but accessible for immediate operation?
- Has the complete system been tested under load, documented and included in an evacuation-first emergency plan?
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