A Hunter Pro-C irrigation controller typically costs $150-$350 for the controller alone, with larger-capacity or outdoor-ready configurations sometimes reaching $450. Installed replacement prices commonly run $300-$750, depending on station count, wiring condition, sensors, and local labor rates.
The main price difference is whether the quote covers only the controller or also installation, weather sensing, and wiring repairs.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Controller only | $150 | $250 | $450 | Price varies by station capacity, enclosure, and seller |
| Replacement installation | $300 | $500 | $750 | Controller, basic labor, and ordinary connections |
| Outdoor cabinet or enclosure upgrade | $40 | $90 | $160 | May be included in an outdoor-rated package |
| Rain or weather sensor | $40 | $100 | $200 | Sensor and mounting hardware, before installation |
| Additional station module | $50 | $85 | $140 | Module price depends on compatibility and capacity |
Assumptions: U.S. retail and contractor pricing, standard residential equipment, and no major valve or irrigation-line repairs.
Hunter Pro-C Controller Prices by Station Capacity
A new Pro-C controller generally costs $150-$450 before installation. A basic 4-station configuration tends to fall near $150-$230; 8 stations commonly cost $180-$300; and configurations expanded toward 12 or 16 stations can reach $250-$450. Retailer, controller generation, enclosure, and included modules affect the final price.
For a typical home with 6-8 watering zones, budgeting $200-$300 for the controller is a reasonable starting point. The Pro-C is modular, so the number of stations supported may depend on the installed base unit and expansion modules. Buyers should confirm the exact model and included station capacity rather than assume that a product listing includes every module needed.
Prices are also affected by whether the system is for indoor or outdoor mounting. Outdoor installation requires a suitable weather-resistant cabinet or enclosure, which may add $40-$160 if it is not bundled. A controller sold as a complete outdoor package may cost less than buying the controller and enclosure separately.
Older Pro-C models and newer or updated versions may have different features and compatibility. A low advertised price can reflect a used unit, an older generation, or a controller without required accessories. Check return terms and compatibility with the existing wiring, sensors, and modules before comparing prices.
What the Controller, Wiring, and Labor Add to a Quote
An installed replacement quote usually includes the controller, removal of the old unit, reconnecting field wiring, setup, and a basic zone test. Simple swaps commonly total $300-$550. Work involving a new cabinet, weather sensor, wiring repair, or difficult access can bring the total to $550-$900 or more.
Ask the contractor to separate equipment, labor, and repair charges so the controller price is easy to compare. A labor estimate can be checked against the expected time and hourly rate: . Irrigation technicians commonly charge about $75-$150 per hour, with minimum service fees of roughly $100-$200 in some markets.
| Quote item | Typical price | What it covers | When it rises |
|---|---|---|---|
| Pro-C controller | $150-$450 | Base unit and included station capacity | More stations, newer version, or bundled outdoor cabinet |
| Installation labor | $125-$350 | Removal, connections, programming, and basic test | Long setup, access difficulty, or extensive troubleshooting |
| Wiring repair | $50-$250 | Repair or replacement of damaged control wire | Multiple breaks or long buried wire runs |
| Sensor and connection | $75-$250 | Common sensor equipment and basic hookup | Long cable run or added mounting work |
| Disposal or haul-away | $0-$50 | Removal of old controller | Separate trip or contractor disposal fee |
Some companies quote a flat replacement price, while others bill a service call plus time and materials. A diagnostic visit may cost $75-$175 and may be credited toward the work if the repair proceeds. If a quote includes valve repairs or new field wiring, those items should be listed separately from the controller installation.
How Zone Count, Cabinet, and Sensor Options Shift Price
Station count is one of the clearest cost drivers. A property with 4-6 zones may need only a smaller configuration, while 9-16 zones generally calls for expansion capacity and can add $50-$150 or more to the equipment bill. Buyers should count the actual valve zones, not sprinkler heads; a single zone can operate many heads.
Confirm the installed station count and available expansion slots before paying for extra capacity. An unused module increases the purchase price without improving watering control. On the other hand, a system already at its capacity may require a module or a different compatible setup to support a new planting area.
Mounting conditions also matter. An indoor unit kept in a garage or utility area may avoid the cost of a weather-resistant cabinet. An exposed location generally needs an outdoor enclosure, adding around $40-$160 if not included. Moving the controller to a new location may require additional low-voltage cable, conduit, or wall work.
Sensor options can change the total by $40-$200 for common rain or weather sensors, before labor. A basic sensor may simply interrupt watering after rainfall; more advanced weather-based equipment can cost more and may require additional setup. The controller generation and sensor type need to be checked for compatibility.
Existing wiring condition can produce a larger surprise than the controller itself. A straightforward reconnection may be included in installation, but a broken common wire or several damaged station wires can add $50-$250 for diagnosis and repair. Long buried runs or hard-to-reach wire splices may exceed that range.
Lower the Pro-C Bill by Reusing Sound Wiring
The most controllable savings usually come from limiting the job to what is actually needed. If the existing controller is failing but valves, wiring, and enclosure are serviceable, replacing the control unit alone can avoid paying for unnecessary landscape or valve work. Request a test of each zone before approving broader repairs.
Keep a working cabinet, wiring, and compatible sensor when their condition is verified. Reusing a suitable outdoor enclosure could save $40-$160, while retaining a functional sensor can avoid an additional equipment purchase. A technician should still inspect connections for corrosion, moisture, and loose terminals rather than assume old components are reliable.
Match capacity to the system. Paying for 16 stations when the property has 6 active zones may not be worthwhile unless expansion is planned. Conversely, a modest increase in capacity can be less expensive than replacing the controller again if new zones are already scheduled. Ask for prices for the current station count and the planned count.
Compare at least two written estimates using the same scope. One quote may include programming and zone testing while another covers only the physical swap. Check whether the estimate includes a service-call minimum, disposal, sensor setup, and taxes. Scheduling during a contractor’s less-busy period may help avoid rush fees, but availability and seasonal pricing vary locally.
What Installation Usually Adds in Labor Hours
A direct replacement using the same mounting location and sound wiring often takes 1-2 hours. That typically covers disconnecting the old controller, labeling or confirming wires, mounting the replacement, programming the schedule, and testing zones. At $75-$150 per hour, labor alone may work out to about $75-$300, though service minimums can make a short visit cost more.
Expect a longer visit when the technician must trace wires or rebuild the schedule from scratch. A controller relocation may take 2-4 hours and add cable, conduit, or mounting charges. Troubleshooting multiple zones can extend the appointment beyond that, especially when a wiring fault is buried or a valve does not respond.
Homeowners can reduce billable time by recording existing program settings, labeling wires, clearing access to the controller, and identifying zones that have known problems. These steps do not replace electrical testing, but they help the technician distinguish a controller issue from a valve, transformer, or wiring fault.
Some contractors charge a flat rate rather than an hourly amount. A basic swap may be priced at $150-$350 for labor, with a separate service call or equipment charge. The estimate should state whether programming and testing every zone are included; otherwise, a low installation price may exclude the work needed to verify operation.
Three Pro-C Quotes for Common Yard Sizes
These examples show plausible residential budgets, not fixed national prices. They assume ordinary access, no major valve repairs, and standard weekday scheduling. Regional labor rates and the exact Pro-C version can shift the total.
| Scenario | Equipment | Labor and extras | Estimated total |
|---|---|---|---|
| Small yard, 4 zones | $160-$220 controller | $125-$225 labor, basic test included | $285-$445 |
| Mid-size yard, 8 zones | $200-$300 controller | $175-$300 labor, $40-$100 sensor allowance | $415-$700 |
| Large yard, 12-16 zones | $275-$450 controller and modules | $250-$450 labor, $50-$200 wiring or setup | $575-$1,100 |
The 8-zone example is the closest match for many standard residential replacement jobs. The 4-zone price assumes the existing cabinet and wiring can be reused. The large-yard estimate allows for more station capacity and a longer test, but not extensive buried-wire repairs or new valves.
For a separate outdoor installation with no existing cabinet, add approximately $40-$160 if the enclosure is not already included. If the system has a working rain sensor, removing the sensor allowance from the mid-size example could reduce the quote by $40-$100 or more, depending on whether the contractor charges to reuse and test it.
Indoor, Outdoor, and HPC Upgrade Choices Compared
An indoor Pro-C setup is generally the least expensive where the controller can be mounted in a protected garage or utility area. An outdoor setup needs an appropriate cabinet and weather protection, which can add $40-$160 when purchased separately. The difference may be small when the outdoor enclosure is part of a bundled retail package.
Compare complete configurations rather than choosing by the lowest unit listing. A bare controller may appear cheaper but require a cabinet, station module, or compatible accessory. A package with the needed parts can be a better value even when its sticker price is higher.
Buyers may also encounter the Hunter HPC, an upgrade option associated with compatible Pro-C hardware and app-based control. Pricing varies by kit and seller, but a Wi-Fi or smart-control upgrade commonly adds about $100-$250 for equipment, with setup potentially adding $50-$150. Confirm the exact kit compatibility and included communication hardware before using that range in a budget.
A complete replacement can make sense if an older controller has unreliable buttons, a damaged display, or obsolete features. If the controller works and the complaint is limited to one zone, first test the valve, solenoid, and wire. A localized repair may cost $100-$300, whereas a full installed controller replacement can exceed $300 even before more extensive repairs.
When a Sensor or Module Is Worth the Extra Spend
A station module is useful when the existing Pro-C configuration lacks capacity for active zones or a planned landscape addition. Modules often cost $50-$140, depending on type and seller. Before buying, check the model label and the controller’s supported station limit; not every module is interchangeable across generations.
Pay for added stations only when the system needs them now or has a defined expansion plan. If a property has 7 active zones and room for future beds, a small capacity increase may be practical. If it has 5 zones and no planned expansion, unused capacity is unlikely to reduce water use or maintenance costs.
A rain sensor can reduce unnecessary watering after precipitation, but its financial value depends on local rainfall, watering restrictions, and whether the system is otherwise monitored. Equipment may cost $40-$200, and professional installation can bring the total to roughly $75-$300. Existing compatible sensors can often be tested and reused rather than replaced automatically.
For smart-control upgrades, compare the installed cost with the features the household will use, such as remote schedule changes or weather adjustments. The upgrade may not be necessary if the controller is easy to access and the current schedule is already managed carefully. Ask for separate pricing for the module, sensor, installation, and programming so optional features do not get bundled into the base replacement price.