Drip irrigation systems, ready-to-install farm kits, and water pump and supply equipment — specified around your plot size, crop, water source, and local grid rather than sold from a catalogue.
Most irrigation projects that go badly do not fail on component quality. They fail because the pump was sized for today's plot instead of the plot in three years, or the filter was chosen without anyone asking whether the water comes from a borehole or a river, or the controller arrived on the wrong voltage.
Drip laterals are inexpensive to add later. The backbone — pump, filtration, mainline — is not. So we scope those around where your farm is heading, not just where it is now, and we confirm the electrical specification against your local grid before anything ships.
Drip tape and pressure-compensating emitter lines for row crops, orchards, and greenhouse production on small and medium farms.
Ready-to-install packages covering a defined plot area — lines, fittings, filter, and regulator supplied together so nothing is missing on install day.
Pumps, pressure regulation, and mainline components matched to your water source, elevation, and local electrical supply.
Sand, disc, and screen filtration specified against your actual water quality — the single most common cause of emitter failure.
Venturi injectors and fertigation tanks for growers applying nutrients through the irrigation line.
Send these five things and we can put together a component breakdown. Miss any one of them and the quote is guesswork.
| Plot area | Current area under irrigation, and the area you expect to farm in two to three years |
|---|---|
| Crop and spacing | Crop type and row spacing — this determines emitter spacing and flow rate |
| Water source | Borehole, river, dam, or municipal — this determines the filtration stage |
| Terrain | Flat or sloped, and approximate elevation change across the plot |
| Electrical supply | Voltage and frequency at the site, and whether grid or solar |
| Destination port | For freight scoping and to confirm which compliance documents apply |
Not sure which model fits your project? Send us your plot details and we will tell you honestly which one saves you more.
Vegetables and high-value row crops where uniform water delivery shows up directly in yield.
Sloped highland plots where pressure-compensating emitters earn back their cost in uniformity.
Controlled-environment growers running fertigation through the irrigation line.
Send your plot size, crop type, water source, and site voltage — we will come back with a scoped component list and a realistic landed-cost picture.