Goodwood sits on Malmesbury shale where it grades toward the sandier Cape Flats ground, and the transition shows up in borehole behaviour.
Depth and yield both change depending which side of that transition a property falls on.
What Is Under Goodwood
The formations below are what a rig actually meets on a Goodwood property, and between them they govern the depth, the casing requirement and what the hole will realistically give you.
| Formation | Where it sits | What it means for drilling |
|---|---|---|
| Malmesbury Group shale and greywacke | The dominant bedrock beneath the northern suburbs | Weathered and softer near surface, tighter with depth. Yields are frequently moderate rather than high, and the weathered zone usually needs casing to hold the hole open. |
| Weathered mantle and residual soil | The upper several metres to tens of metres | Holds some water but is unstable to drill through. Thickness varies substantially across short distances. |
| Quartz veins, dykes and fracture zones | Cutting through the shale | These are the production targets. The shale itself is a poor aquifer; the structures within it are what carry water. |
Send your street and what the water is for, and get an itemised quote for Goodwood.
Get a Goodwood Borehole QuoteWhat That Means for Your Borehole
- Moderate yields are the norm here, and a modest sustainable rate paired with storage usually beats chasing a big number.
- Brackish water is common on the Swartland side, so a water analysis belongs in the budget from the start rather than as an afterthought.
- Siting targets structure. On shale, hitting a quartz vein or fracture zone is the difference between a working hole and an expensive one.
Where We Work Around Goodwood
- Goodwood central and Vasco
- Townsend Estate and Elsies River boundary
- Monte Vista and the Bothasig side
- Ruyterwacht and Epping approaches
- The N1 industrial corridor
- Older stands around the racecourse
What to Watch For Here
Goodwood straddles a geological transition. Properties toward the Flats side pick up sandier cover with shallower water; the higher ground drills into shale.
The Epping industrial corridor is worth accounting for. Downgradient properties should establish water quality by analysis before any use beyond irrigation.
What the Water Is Used For
- Irrigating established gardens and mature trees
- Topping up the pool, subject to what the analysis says
- Washing paving, vehicles and hard surfaces
- Standby supply when municipal water is interrupted
- Reducing a monthly municipal water bill
Wellpoint or Borehole?
Rarely viable. Shale and greywacke close to surface give a driven point nothing to draw from. Where a property carries a genuine sand cover the question is worth asking, but on most stands here a drilled hole is the only option.
Water Quality in Goodwood
Groundwater in Malmesbury shale is often harder and more mineralised than the Peninsula's, and elevated salinity is common enough to be worth planning for. Iron is frequent. None of this rules out irrigation use, but it does decide what the water can be used for, and that is settled by an analysis, not by hope.
A water analysis is what turns that from a general expectation into a number for your specific hole, and treatment should be specified against the result rather than against the area's reputation.
Registration and Abstraction
Boreholes and wellpoints inside the City of Cape Town must be registered with the City. Separately, the National Water Act governs how much you may abstract: reasonable domestic use and small-scale garden watering generally fall under Schedule 1, while larger abstraction may require registration or a water use authorisation from the Department of Water and Sanitation. Requirements change, so confirm your position before drilling rather than after. Requirements change, so confirm your position before drilling.
Related Services
For the drilling process itself, the geology across the rest of the country and how a quote is put together, see Borehole Installers South Africa.
Borehole Prices in Goodwood
Drilling is charged per metre, so depth drives the total. The ranges below are framed for local ground conditions and access.
| Item | Indicative range | What moves it locally |
|---|---|---|
| Drilling, per metre | R450 - R1,000 /m | Shale drills more predictably than granite, but yields are moderate and a second position is sometimes needed. |
| uPVC casing, installed, per metre | R400 - R700 /m | The weathered zone is thick here and casing through it is standard rather than optional. |
| Mobilisation and site establishment | R2,500 - R8,000 | Access and site conditions move this; a site visit settles it before quoting. |
| Water survey | R5,000 - R12,000 | Targets structure rather than depth. Worth most where yield is fracture-dependent. |
| Yield testing | R3,500 - R15,000 | Establishes the sustainable rate that pump selection depends on. |
| Pump, supplied and installed | R15,000 - R45,000 | Greater depth means more head, which means a larger pump and heavier cable. |
| Storage and booster | R12,000 - R35,000 | Needed wherever peak demand exceeds the borehole's sustainable rate. |
| Typical complete project | R70,000 - R190,000+ | Everything above, excluding treatment, which depends entirely on the water analysis. |
These are indicative ranges, not a quotation. They are compiled from published South African supplier and contractor pricing to give you a starting point for budgeting. They are not our rate card, and no figure here is a commitment.
Treat them as a broad guide only. Published borehole pricing in South Africa varies enormously - different 2026 guides quote per-metre drilling rates for the same province that differ by a factor of three - because depth, geology, access, specification, distance and fuel costs all move the number. Depth in particular is not known until the hole is finished. Figures generally exclude VAT unless noted, and change over time. Only an itemised written quote against your actual site means anything.
Goodwood Borehole FAQs
Does it matter which part of Goodwood I am in?
It does. The suburb sits across a transition from Malmesbury shale to sandier Cape Flats cover, and depth, yield and construction all change across it.
A site assessment establishes which side of that line your stand falls on, and it changes what a sensible quote looks like.
Is a wellpoint possible in Goodwood?
On the sandier Flats-facing ground, sometimes. On the shale side, no - there is nothing for a driven point to work in.
Worth asking before committing to a borehole, because on the right ground a wellpoint does the garden job for a fraction of the cost.
What yield is realistic in Goodwood?
Moderate rather than spectacular. Malmesbury shale is not a high-yielding aquifer, and a sustainable rate in the low single figures of cubic metres per hour is a normal and perfectly usable result here.
Storage is what turns a modest yield into a system that meets peak demand. Yield testing establishes the real number before anyone sizes a pump against it.
Is Goodwood borehole water likely to be salty?
It can be. Mineralised and brackish groundwater is common enough in the Malmesbury Group that it should be assumed possible and tested for rather than discovered later.
Salinity does not necessarily rule out irrigation, but it does affect what you can plant and whether the water should go anywhere near indoor plumbing. The analysis decides that.
NEED A BOREHOLE IN GOODWOOD?
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