What types of irrigation work best for homes?
Sprays or rotors are often used for lawns, while drip irrigation is common for garden beds and shrubs. A mix of both can match water delivery to plant needs and reduce waste.
Service Guide
Irrigation Installation
A well-designed irrigation system delivers the right amount of water to your lawn and plants with less effort. This guide explains how residential systems work, when installation makes sense, what affects the project scope, and how to compare companies before you schedule work.
Typical rangeUS: $1,800 - $12,000
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Use this forCosts, questions, and project fit
What homeowners should know
Most home systems use in-ground pipes, valves, and sprinkler or drip emitters to supply supplemental water when rainfall is not enough. Automatic controllers and sensors can adjust run times and help avoid overwatering and waste.
Common layout choices include spray or rotor sprinklers for lawns and drip irrigation for garden beds and shrubs. Good design considers plant needs, soil, water pressure, and coverage patterns to reduce runoff and dry spots.
Before booking, ask about a site assessment, water pressure and flow testing, zoning plan, head layout, controller type, sensor options, backflow prevention, expected water use, and how the installer will handle soil conditions, trenching, utility locating, and landscape restoration.
When this service is needed
You hand-water often and still see stressed turf or plants during dry periods
You want to reduce water waste with automatic scheduling and better coverage
You are replacing high-maintenance hoses/sprinklers with a permanent system
You are renovating the landscape and want proper zones for different plant needs
Repair vs replacement
If you already have a system, many issues can be repaired or adjusted: clogged or broken heads, minor leaks, valve or solenoid problems, controller programming, or nozzle/head adjustments. Converting some areas to drip, adding a rain or soil moisture sensor, or updating the controller can improve efficiency without a full replacement.
Consider a larger retrofit or replacement when the system is old, leaks are frequent, coverage is poor due to outdated layout, the controller is unreliable, or major landscape changes require new zones. Upgrading to drip in planting beds and adding smart controls can reduce runoff and help match watering to plant and soil needs.
Common problems to compare
Uneven watering that leaves expanding dry spots or patchy growth
Puddling, soggy areas, or pooling water that may indicate leaks or misaligned heads
Unusually high water bills compared to prior seasons
Reduced pressure in one or more zones suggesting a break, clog, or valve issue
Water spraying the wrong direction, misting in wind, or heads not popping up/down
Questions homeowners often ask
How many zones do I need?
Zones are based on water pressure/flow, yard size, plant types, sun exposure, and soil. A site assessment with pressure and flow testing helps determine the right number of zones.
Do I need permits or inspections?
Local rules vary. Ask whether permits are required, how backflow prevention will be handled, and if inspections are needed in your area.
What features help save water?
Proper head spacing and nozzle selection, drip irrigation in beds, smart controllers, and rain or soil moisture sensors can reduce overwatering and runoff.
How long does installation take?
Small residential systems can be completed quickly, but timing depends on yard size, trenching method, utility locating, restoration needs, and weather.
What maintenance should I expect?
Seasonal checks include inspecting heads and valves, cleaning filters or drip emitters, adjusting schedules, and winterizing where freezing occurs. Periodic tune-ups help maintain coverage and efficiency.