Remote Property Water Preparedness Checklist
A remote property has more water than most houses and fewer safety nets. Every source has a failure mode, and the nearest help is hours away.
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Map every source on the property
You cannot plan against sources you have not located.
- COREA boundary walk marking every bore, well, dam, spring, tank and pipe on a site map Amazon
- The depth, age, casing and original yield of every bore or well, from records if they exist Amazon
- Dam catchment size, liner condition, and seasonal inflow written beside the location Amazon
- CORERainwater tank capacity, roof catchment area, and current level gauge noted per tank Amazon
Test yield and quality honestly
A source is only useful if it produces enough and is safe for the job.
- COREA flow test on every bore and well: litres per minute at the outlet, measured once Amazon
- COREAn annual laboratory sample for bacteria, nitrate, hardness and heavy metals Amazon
- TDS or electrical-conductivity reading on a hand meter for a quick salt check Amazon
- Dam water tested for algae and turbidity before any livestock or potable use Amazon
Build storage into the property
Sources that flow at low rates need a tank to smooth demand.
- COREA header tank at the house sized for at least a day of household demand Amazon
- Livestock troughs distributed to paddocks, sized for a dry week Amazon
- A dedicated fire-fighting reserve tank with an easily reachable draft point Amazon
- COREOverflow routing mapped so excess rain reaches a dam or a storage rather than a ditch Amazon
Distribution: pipes, pumps and long runs
Distance is the enemy of remote water; the pipe is the plan.
- COREAn as-built drawing of every pipe run with diameter, material and depth Amazon
- A pressure test on any suspect section, isolated at both ends Amazon
- Isolation valves at every junction and trough line, labelled and reachable Amazon
- CORESpare pipe, couplers and clamps in the workshop, matched to the main line gauge Amazon
Pump failure and redundancy
The pump fails long before the bore does.
- COREA spare submersible or pressure pump matched to the duty, kept in the shed Amazon
- Pressure tank bladder tested annually; a failed bladder is a cycling pump Amazon
- Pump start relay and capacitor on the spares shelf; two components fail most often Amazon
- A hand pump or solar backup at the bore head so water flows when the mains pump dies Amazon
Power dependency
A bore pump without electricity is a very expensive hole in the ground.
- CORESolar pumping as a primary or backup on remote sites without reliable mains Amazon
- A generator or inverter path that can actually drive the pump's starting surge Amazon
- COREA gravity-flow option: pump into a high tank while power is on; gravity feeds the house Amazon
- A wind-pumping option on sites with a consistent breeze and a shallow water table Amazon
Water trucking and delivery logistics
The delivery is the last plan, not the first. Treat it accordingly.
- COREA vetted list of local water carters with rate, capacity and lead time noted Amazon
- A receiving point with a safe pull-in, a fill neck and a clear hose run Amazon
- Written quality requirement: potable, livestock-grade, or non-potable at different prices Amazon
- COREA storage buffer big enough to cover the delivery lead time realistically Amazon
A remote property usually has more water than a suburban house, and fewer guarantees. There may be a bore, a dam, a rain tank, an old well, and a long pipeline. The household that knows each source's yield and failure mode lives comfortably on that arrangement for decades. The one that does not discovers a dead bore in January or a burst main pipe during a storm.
The planning logic follows the property, not the retail shelf. Every source is inventoried, tested and rated. Every pump has a spare. Every tank has a backup delivery plan. Long pipe runs are mapped and pressure-tested. Storage covers the realistic worst weather spell, not the average week.
The difference from a suburban backup is time. Help is not two hours away. Parts are not same-day. A water-truck delivery might be three days out. That delay makes redundancy, on-property repair capability and honest storage sizing a strategy decision rather than an inconvenience.
This checklist runs the property plan end to end: sources, testing, storage, distribution and pumping, power dependency, delivery logistics, and the seasonal shifts. For the household inventory layer see our household water supply inventory checklist. Every buyable line links to current options on Amazon.com, and Spare Theory may earn a commission on those links. We never set or verify Amazon's prices.
At a glance
- A property with two sources that fail for different reasons outperforms one source at any size.
- The pump is usually the failure, not the bore. Every remote water system needs a spare pump and the knowledge to swap it.
- Long pipe runs hide their leaks behind ground cover until water surfaces a hundred metres from the joint.
- Water trucking works as a stopgap and fails as a plan; the delivery lead time is measured in days, not hours.
The full list
The same list the builder above ticks. Use it for printing or when JavaScript is off.
Map every source on the property
You cannot plan against sources you have not located.
- COREA boundary walk marking every bore, well, dam, spring, tank and pipe on a site map Amazon
- The depth, age, casing and original yield of every bore or well, from records if they exist Amazon
- Dam catchment size, liner condition, and seasonal inflow written beside the location Amazon
- CORERainwater tank capacity, roof catchment area, and current level gauge noted per tank Amazon
Test yield and quality honestly
A source is only useful if it produces enough and is safe for the job.
- COREA flow test on every bore and well: litres per minute at the outlet, measured once Amazon
- COREAn annual laboratory sample for bacteria, nitrate, hardness and heavy metals Amazon
- TDS or electrical-conductivity reading on a hand meter for a quick salt check Amazon
- Dam water tested for algae and turbidity before any livestock or potable use Amazon
Build storage into the property
Sources that flow at low rates need a tank to smooth demand.
- COREA header tank at the house sized for at least a day of household demand Amazon
- Livestock troughs distributed to paddocks, sized for a dry week Amazon
- A dedicated fire-fighting reserve tank with an easily reachable draft point Amazon
- COREOverflow routing mapped so excess rain reaches a dam or a storage rather than a ditch Amazon
Distribution: pipes, pumps and long runs
Distance is the enemy of remote water; the pipe is the plan.
- COREAn as-built drawing of every pipe run with diameter, material and depth Amazon
- A pressure test on any suspect section, isolated at both ends Amazon
- Isolation valves at every junction and trough line, labelled and reachable Amazon
- CORESpare pipe, couplers and clamps in the workshop, matched to the main line gauge Amazon
Pump failure and redundancy
The pump fails long before the bore does.
- COREA spare submersible or pressure pump matched to the duty, kept in the shed Amazon
- Pressure tank bladder tested annually; a failed bladder is a cycling pump Amazon
- Pump start relay and capacitor on the spares shelf; two components fail most often Amazon
- A hand pump or solar backup at the bore head so water flows when the mains pump dies Amazon
Power dependency
A bore pump without electricity is a very expensive hole in the ground.
- CORESolar pumping as a primary or backup on remote sites without reliable mains Amazon
- A generator or inverter path that can actually drive the pump's starting surge Amazon
- COREA gravity-flow option: pump into a high tank while power is on; gravity feeds the house Amazon
- A wind-pumping option on sites with a consistent breeze and a shallow water table Amazon
Water trucking and delivery logistics
The delivery is the last plan, not the first. Treat it accordingly.
- COREA vetted list of local water carters with rate, capacity and lead time noted Amazon
- A receiving point with a safe pull-in, a fill neck and a clear hose run Amazon
- Written quality requirement: potable, livestock-grade, or non-potable at different prices Amazon
- COREA storage buffer big enough to cover the delivery lead time realistically Amazon
A property is not a tap
Suburban water planning assumes pressure and a reticulated network behind every house. A remote property makes no such assumption. Every litre has to come from somewhere, be lifted, be moved, and be stored. Each step is a design decision and each step has a failure mode.
The property usually has several sources working at different times of the year: a bore that runs all year, a dam that fills in winter and dries in February, a rain tank that tops up during storm season, and a shallow well that is useful for stock but salty for drinking.
The plan is not to pick one source. It is to understand the yield, the reliability and the failure mode of every one of them, and to design a system that survives the loss of any single source. That resilience is what separates a remote property that runs for forty years from one that gets a very bad summer.
Water is not a utility on a remote site. It is infrastructure, and infrastructure is designed, tested, maintained and backed up.
Three-source rule: A remote property with three independent sources that fail for different reasons is comfortable. Two is tight. One is a countdown.
A remote property is an entire water system, not a connection. Every source has a yield and a failure mode, and the plan must survive losing any single one.
Test before you trust
A bore that produced 1,500 litres per hour when it was drilled in 1990 may produce 400 in a dry October. The casing may be silting. The water table may have dropped. A yield test is the only honest reading of what a source is doing now.
Quality testing matters just as much as quantity. A livestock bore that has been running for twenty years may carry nitrate from fertiliser runoff, iron that stains everything, or salt that has crept up from a deeper aquifer. A laboratory test tells you which.
The simple annual habit: measure flow at every source, run a hand meter TDS reading, and send one laboratory sample per year for the source the household drinks from. A well that used to be good and quietly is not any more is the expensive failure.
Any water used for drinking, infant formula, or medical devices is treated or filtered before use, regardless of how clean the bore test result looks. Remote water is often microbiologically variable even when the geology is sound.
The hand-meter baseline: A $20 TDS pen and a cheap flow meter give you a baseline at every source. Year-on-year drift in either number is the earliest signal of a failing bore or a changing water table.
Test yield, test quality annually, and treat anything that feeds the household. A source without a recent test is a guess.
Storage smooths a slow source
Most remote bores flow at a rate well below peak household demand. They fill slowly and the taps draw fast. A header tank at the house converts a trickle source into a normal-feeling supply.
The sizing rule is simple: a day of peak household demand at minimum, three days for the realistic worst failure. A family of four uses 600 to 1,000 litres a day at a rural house. A 5,000-litre header covers a day plus a repair window.
Livestock storage is a different arithmetic and usually a larger number. A head of cattle drinks 50 to 100 litres a day in hot weather. A dry week across twelve head is a real volume, and paddock troughs need capacity for the whole spell.
Fire reserve is a third line entirely, usually held separately and never drawn for domestic use. On a remote property the fire brigade is an hour away. That reserve has to be there in advance, and reachable by a tanker.
The gravity-fed header: A header tank placed 10 metres above the house delivers pressure without a pump. When the bore pump fails, the house still runs by gravity for a day or two.
A day of demand at minimum, three days for the realistic failure. Livestock and fire reserves are their own numbers, not folded into the household figure.
Long pipe runs hide every fault
A hundred-metre run from bore to house is a hundred metres of failure surface. A leaking joint, a rodent-chewed section or a frost-cracked coupling is invisible until grass dies or water surfaces.
An as-built drawing of every run, its diameter, its material, its depth and its isolation valves is the property's most important water document. Without one, a repair turns into a day of digging.
Isolation valves at every junction and trough line let a fault be confined to one section instead of draining the whole system. Label them and keep them reachable; a buried valve is a valve that does not exist in the moment you need it.
Spare pipe and couplers matched to the main line in the workshop prevent a Friday-afternoon failure becoming a Monday delivery. Two hundred metres of 25-millimetre poly pipe and a box of couplers is a small inventory that pays for itself the first time it is needed.
The pressure test is diagnostic: Isolate a suspect section and pressurise it with a hand test pump. A steady gauge means sound pipe. A falling gauge means a leak at a joint you can then dig out deliberately.
Every long pipe run needs a drawing, an isolation valve at every junction, and spare pipe on the shelf. Distance is where remote water fails quietly.
The pump fails; the bore usually does not
On a remote property, a water outage is nearly always a pump failure. The bore is fine. The pressure tank, the relay, the capacitor, or the pump windings are what gave out, and the property has no water until the diagnosis is made and the part is replaced.
A spare pump matched to the duty is the single most cost-effective redundancy on the property. The cost is a few hundred dollars. The alternative is three days of carting water from the neighbouring farm while a replacement is ordered.
A hand pump or solar backup at the bore head keeps water flowing even if the mains-driven pump fails and the spare is out of service. It is a redundancy for the redundancy, and on a genuinely remote site, it is worth the installation.
The small parts matter too. A start relay or capacitor costs less than a takeaway coffee and can be swapped in fifteen minutes. Without one on the shelf, a five-dollar failure becomes a two-day outage.
The ten-minute swap: A submersible pump swap takes an afternoon with a chain hoist. A relay swap takes ten minutes. Knowing which failure you have halves the outage. Test the pressure tank before pulling a pump.
Keep a spare pump, a relay and a capacitor on the shelf, and a hand or solar backup at the bore head. The pump fails first. Have the replacement there.
Water trucking is the plan for a plan
A water cart is the last line, not the second. A remote household that plans around carting rather than fixing is spending more money and taking on more risk than the repair would have required.
If the property's realistic worst case includes a cart, three things must exist: a vetted carter with reasonable lead time, a receiving point with a safe pull-in and a fill neck, and a storage buffer big enough to cover the delivery time.
Lead times on remote carting can run three to seven days during a busy drought period. Storage should cover the realistic worst delivery delay, not the advertised next-morning service.
Write the quality spec into the order. Potable water for drinking costs more than livestock-grade. Non-potable water is fine for a trough and useless for the household tap. Getting this wrong means buying water you cannot drink.
Drought-price reality: Water prices roughly double during a regional drought, and delivery lead time triples. A household that only carted in the emergency pays the emergency rate. Storage bought in ordinary years is cheaper.
A carter is the emergency, not the routine. Vet the source, size storage for the real delivery lead time, and specify water quality at order time.
The seasons rewrite the plan
A property that runs on three sources through winter can be running on one in February. The dam is dry. The bore has dropped. The rain tank is nearly empty after months without a storm. The plan has to know this in advance.
Summer is the yield test window. Every source is under its heaviest demand and its lowest recharge. A bore measured in winter may halve its output in a hot January. Test at both times and design against the worse.
Frost is a different season's problem. A pipe that sits in wet ground will burst in a hard frost. Any pipe or tank exposed to freezing conditions needs insulation, a heat trace, or a drain-down routine.
Storm is a water-quality issue. A dam that turns brown after a cyclone or a heavy front may be unusable for days, and the rain tank will run off the roof while it is dirty. Every remote property has short windows where the visible supply is not the usable supply.
The February test: Every year, measure every source at the hottest week. The result is the number that runs next summer's plan. A winter reading tells you the property's good mood, not its real capacity.
Test sources in the worst season, insulate against frost, and expect a quality break after every storm. A plan that works only in one season is a plan that fails in three.
Remote water source failure modes
| Source | Primary failure | Failure signal | Response |
|---|---|---|---|
| Bore or well | Pump or casing | Flow drop, pressure loss | Test yield; swap spare pump |
| Dam | Seasonal dry, algae bloom | Level, smell, colour | Filter, treat, or shift to backup |
| Rain tank | Storm-dirty runoff, algae | Cloudiness, taste | First-flush clean, disinfect |
| Public or neighbour tap | Drought restriction, outage | Notice, dry outlet | Carter delivery |
| Long pipeline | Leak, frost-crack, rodent | Wet ground, pressure loss | Isolate, excavate, repair |
Category-level failure guidance. Actual response depends on property design, local climate and the reliability of backup sources.
Key terms
- Header tank
- A storage tank at the property or on a hill that smooths the gap between a low-yield source and household peak demand, and provides gravity pressure when pumping stops.
- Static water level
- The depth at which water sits in a bore when the pump has been off long enough to recover. A moving static level signals a changing water table.
- Yield test
- A timed measurement of how many litres per minute a bore or well actually produces, compared with its historical record.
- Isolation valve
- A valve placed at a junction so one section of pipe can be shut off from the rest, allowing a fault to be contained without draining the system.
- Water carter
- A licensed operator delivering potable or non-potable water by road tanker to properties without a mains connection.
- First-flush diverter
- A section of pipework that discards the first rainfall off a roof, along with the dust and debris that came with it, before sending cleaner water to the tank.
Tips and common mistakes
Field-tested tips
- Walk the pipeline once a season at the wettest time. A slow leak surfaces as a dark green strip in the grass long before it becomes a visible puddle.
- Label every isolation valve with the section it controls, not the pipe size it sits on. The valve does you no good if you cannot find the right one.
- Keep a written carter number in three places: the workshop, the house, and the vehicle. The call is made in a bad moment, not a prepared one.
- Test the bore's static water level once a year at the same time. A slow decline over five years is a changing water table, and a sudden drop is a casing problem.
Common mistakes
- Trusting a bore's yield from thirty years of records without a recent test, and discovering a dry aquifer in February.
- Treating a water carter as the backup plan without any storage to receive it, and paying the same tanker twice.
- Running a hundred metres of pipe with one isolation valve at each end, so a single leak costs a whole afternoon of digging.
- Assuming the rain tank is potable because the water looks clear, without a first-flush diverter or an annual laboratory test.
Frequently asked questions
How much water storage does a remote property actually need?
For a household, three days of peak demand at minimum, one week if the nearest repair help is far. For livestock, a full dry-week allowance per head. For fire reserve, the local fire authority's minimum volume. Three separate numbers; add them, then design tanks and dams around the total.
Should I install a solar pump or keep mains power for the bore?
On a site with reliable mains power, a mains pump is cheaper to install and simpler. On a site with an unreliable supply, a solar pump converts the sun into water without a fuel or a generator. The strongest setup is both, with a gravity header filled by whichever is running, so the house lives off the tank regardless.
How do I know if bore water is safe to drink?
You do not, without a test. Even a bore that has been in the family for thirty years can shift its chemistry through a drought or a nearby land-use change. An annual laboratory test for bacteria, nitrate, heavy metals and TDS is the honest answer. Until then, filter and treat for drinking use.
What is the cheapest way to add redundancy on a remote property?
A spare pump on the shelf and a hand pump at the bore head. Two items that together cost a fraction of a water-delivery emergency and cover the most common failure mode by a wide margin. The next-cheapest is a gravity header tank, which buys time when any source stops.
Can I use dam water for the house?
For stock, washing and garden, yes, with a simple sediment filter. For drinking, only after proper treatment. Dam water carries agricultural runoff, animal bacteria, and algae blooms, especially in warm months. A multi-stage filter with UV or chemical treatment can bring it to potable standard, but test before trusting any setup.
What is the right maintenance schedule for a remote water system?
Monthly visual walk of the pipe runs and tanks. Quarterly yield and quality readings at each source. Annual laboratory test on the drinking source. Annual pressure test on the header system. Biannual pump inspection with seals and relays on the shelf. Every season, frost preparation and summer drought preparation as their own task.
About this checklist
- Prepared by
- Spare Theory editorial · research-based
- Last checked
- 2026-10-16
How we choose what earns a spotWe treat remote-property water as a full infrastructure strategy: source inventory, yield and quality testing, storage sizing, pipeline distribution, pump redundancy, power dependency, delivery logistics, and seasonal planning. Guidance follows published rural-water practice, groundwater-yield reference data, and standard water-quality testing protocols. We state no prices, no brand endorsements, and defer specific bore design, chemical water treatment and any potable judgment to a licensed driller, hydrogeologist or certified laboratory.
Reference basisUS Environmental Protection Agency private well and groundwater guidanceUS Department of Agriculture Natural Resources Conservation Service rural water system practice notes