Estimate your drip irrigation cost
The free calculator gives you an estimated project cost range — with a breakdown, the assumptions, and the items that only a site visit can price. Takes about 2 minutes.
What we do
Irrigation designed around your farm, not a catalogue
Drip irrigation delivers water and nutrients slowly and directly to the crop root zone. It can improve water-use efficiency for many Kenyan crops — and the result depends on correct design, filtration and maintenance for your specific conditions.
A drip irrigation system moves water from your source — a borehole, dam, river or storage tank — through a pump, filtration and a network of pipes, ending in drip lines whose emitters release small amounts of water at or just above the soil surface, close to each plant's roots.
Because water is applied to the root zone rather than the whole field surface, drip systems can help reduce water losses from evaporation, wind drift and runoff. The trade-off is that the system must be properly sized: emitter spacing must match crop spacing, pipe sizes must match the flow, and filtration must match your water source. Get those wrong and the system underperforms or blocks quickly.
That's where design comes in. We assess your water source, soil, crop and layout first, then specify drip lines, emitters, filters, valves, pumps and — where you want to feed nutrients with the water — fertigation equipment to fit.
The core relationships
Drip irrigation delivers water to the crop root zone. Emitters control water application. Filters protect the drip components. Pressure regulators keep the whole system even. Your water source, soil and crop spacing drive every design decision.
- Design before supplySystem layout, pipe sizing and emitter selection are worked out from your farm's actual measurements.
- Filtration matched to your waterBorehole, dam and river water all carry different risks — filters are specified to match.
- Crop-specific specificationsEmitter spacing, flow rate and lines per row follow the crop's spacing and water needs.
- Support after handoverStart-up testing, irrigation scheduling guidance and maintenance to keep the system running.
Irrigation solutions
Systems for every type of growing operation
Drip Irrigation
The complete picture: how drip systems work, what they cost and how they're designed for Kenyan conditions.
Read the guide →Greenhouse Irrigation
Controlled drip and fertigation for tomato, cucumber, capsicum and seedling production under cover.
Greenhouse systems →Orchard Irrigation
Drip layouts for avocado, mango, citrus, banana and macadamia — sized to tree age and canopy.
Orchard systems →Commercial Farm Irrigation
Zoned, pressurised systems for large vegetable and fruit farms, with automation where it pays.
Commercial design →Smallholder Irrigation
Practical, phased systems for ¼ to 2 acres: gravity options, simple drip and kit-based setups.
Small farm systems →Automated Irrigation
Timers, valve controllers and sensors so the system runs on schedule without daily manual labour.
Automation →Fertigation
Deliver water-soluble fertiliser through the drip lines — equipment, tank setup and safety rules.
Fertigation →Drip Irrigation Cost in Kenya
What actually drives the price of a system — farm size, crop, water source, pump and installation.
Understand the costs →How it works
From water source to root zone
Every drip system is the same chain of components, sized to your farm. Here's the path water takes.
A typical pressurised drip irrigation layout: source → pump → filtration → pressure control and valves → mainlines → drip lines → emitters at the root zone.
Assess
Farm layout, soil, crop, water source quality, quantity and pressure are recorded.
Design
Pipe sizes, zoning, emitter spacing and filtration are calculated for your conditions.
Install
Components are laid, connected and the whole system is pressure-tested zone by zone.
Support
Start-up settings, irrigation scheduling and maintenance keep the system performing.
Crop irrigation
Irrigation guidance for the crops Kenyan farms grow
Each crop has its own spacing, water demand and sensitivity. See the drip approach for the one you grow.
Products & equipment
Every component a drip system needs
Services
From first site visit to full system
Irrigation Design
System layouts, pipe sizing, emitter selection and filtration plans for your farm.
Design service →Irrigation Installation
Professional laying, connection and pressure testing of drip and micro systems.
Installation →Irrigation Maintenance
Flushing, cleaning, filter checks and seasonal service to protect your investment.
Maintenance →Irrigation Repair
Blockages, leaks, pressure loss and pump faults — diagnosed and fixed.
Repair service →Irrigation Upgrade
Expand capacity, add zones, upgrade filtration or add automation to existing systems.
Upgrades →Farm Irrigation Assessment
A farm visit to assess water source, soil and layout before you commit to a design.
Book an assessment →Service areas
Serving farms across Kenya
We work with growers from the central highlands to the Rift Valley and the coast. See local notes and irrigation considerations for your area.
FAQ
Drip irrigation questions, answered
What is drip irrigation?
Drip irrigation is a method of delivering water — and often dissolved fertiliser — slowly and directly to the root zone of plants through a network of pipes, drip lines and small emitters. It is the most widely used form of controlled irrigation for vegetables, orchards and greenhouses in Kenya because it applies water where the crop uses it, which can reduce water losses from evaporation, wind drift and surface runoff compared with overhead watering. Actual water savings depend on crop, climate, soil and how well the system is maintained.
How much does drip irrigation cost in Kenya?
Cost varies with farm size, crop, number of drip lines per bed, water source, pump requirements and terrain. In the current market, a complete one-acre system commonly falls in the region of KSh 95,000–200,000 depending on those factors (figures current as of early 2026; equipment prices move). Rather than guess on a fixed price, we prepare a farm-specific quotation after assessing your water source and layout — request a quote or see what drives drip irrigation costs.
Which crops work well with drip irrigation?
Most row vegetables respond well: tomatoes, cabbage, kale, onions, capsicum, cucumber and watermelon. Orchard and trellis crops — avocado, mango, banana, citrus, passion fruit — also perform well with drip, usually with more lines per plant and lower-rate application. The crop determines emitter spacing, line count and flow rate, so the design starts from what you grow.
Can drip irrigation work with a borehole, dam or river?
Yes — all of them, with the right setup. Borehole water usually needs a pump and is often clean but can carry iron; dam and river water carries more sediment, algae and debris, so heavier filtration (typically sand or media filters) is needed. Tank or harvested rainwater can work gravitationally if the tank sits high enough to generate pressure. We assess the source first, because water quality and pressure determine the filtration and pressure equipment the system needs — see filtration by water source.
Do you install drip irrigation outside Nairobi?
Yes. We serve farms, greenhouses and nurseries across Kenya — the locations page covers the main agricultural areas we work in, from Kiambu and Murang'a to Nakuru, Meru, Machakos, Eldoret, Kisumu, Mombasa and beyond. For farms outside the listed areas, contact us with your location and we'll confirm logistics.
How long does installation take?
A typical one-acre vegetable system installs over a few working days once design and materials are ready; larger commercial or multi-zone systems take longer depending on layout and access. Greenhouse systems are usually installed around the crop layout so as not to disrupt production. We confirm a timeline after the site assessment.
Ready to plan your irrigation system?
Tell us about your farm, crop and water source — we'll respond with the next steps and a quote.