How do I buy a farm in South Africa?

Buying a farm in South Africa involves finding the right property, securing financing (agricultural bonds differ from home loans), conducting due diligence on water rights, land claims, title deeds and zoning, and navigating transfer costs. Africa Estate guides buyers through every step.

What is the average price of a farm in South Africa?

Farm prices in South Africa vary enormously by size, location, water availability and land use. Smallholdings can start from R1.5M while large commercial farms and game reserves can exceed R50M. Africa Estate provides free valuations to give you an accurate market picture.

Does Africa Estate operate countrywide?

Yes. Africa Estate operates across Gauteng, Free State, North West, Northern Cape, Eastern Cape, covering a wide range of agricultural and residential property across South Africa.

Africa Estate Farm Tools

Water & irrigation: what can it irrigate, and what does pumping cost?

Two questions every irrigation farm raises. Crop water need: what the crop takes by FAO 56, what the rain gives back, what the system must apply and how many hectares the registered water covers. Pumping cost: the kilowatts a borehole or river pump draws, the hours it runs and what a season costs at your tariff.

1. The crop (FAO 56)

CropKc and stage lengths fill in from FAO 56 Tables 11 and 12 (Spain); change any of them.

Planting month

Planting day

Initial stage, days

Development, days

Mid-season, days

Late season, days

Kc initial

Kc mid-season

Kc endFAO 56: 0,35 if harvested dry

2. The climate of the farm, month by month

Reference evapotranspiration (ETo, mm per month) from FAO CLIMWAT 2.0, SAPWAT 4 or your weather station; rainfall (mm per month) from your rain gauge or the rainfall tool. The tool ships no regional values: a station average is not this farm.

	Jan	Feb	Mar	Apr	May	Jun	Jul	Aug	Sep	Oct	Nov	Dec
ETo mm
Rain mm

3. The system and the water

Irrigation system

Application efficiency %FAO Manual 4 indicative values; type 85 if your pivot reaches it.

Registered water, m³ per seasonThe volume on the water use entitlement (WARMS) or the scheme allocation.

Assumptions used

ETc = Kc x ETo per day on the FAO 56 curve; crop coefficients and stage lengths: FAO Irrigation and Drainage Paper 56, Allen et al. (1998), Tables 11 and 12.
Effective rainfall: USDA Soil Conservation Service method, as used in FAO CROPWAT 8.0: Peff = P x (125 - 0,2 P) / 125 up to 250 mm a month, 125 + 0,1 P above, pro rata over the season days in the month.
Application efficiency: FAO Irrigation Water Management Training Manual No. 4 (1989), indicative field application efficiencies.
Pump power = Q x H x 9,81 / (3 600 x efficiency); efficiency 0.66: Nebraska Pumping Plant Performance Criteria (pump 75%, electric motor 88%), as cited by K-State Research and Extension and Oklahoma State University; USDA NRCS Standard 533.
Tariff: Eskom Tariffs and Charges Booklet 2026/27 (Landrate, Ruraflex), effective 1 April 2026; typed from your account, never assumed.

The answer

Choose the crop and type the monthly ETo (and rainfall) for the farm to see its water need.

Crop need (ETc), mm

Effective rain, mm

To apply (gross), mm

m³ per hectare

Hectares your water covers

Ask Africa Estate Read: Water rights on a South African farm

Irrigation farms for sale

Africa Estate irrigation and crop farms, newest first.

What this does not tell you

A water need is not a water authorisation: the National Water Act 36 of 1998 decides what you may take; read the water rights guide.
ETo and rainfall are what you typed; a station average is not this farm.
Kc values are FAO 56's sub-humid standard; a hot, dry, windy site runs higher at mid-season (FAO 56 equation 62).
A pump test gives your real efficiency; 0,66 is a well-running average system.

Sources

Estimate, not advice. Confirm every figure with your bank, attorney and tax practitioner before a decision.