Drilling a residential well in Georgia typically costs about $5,000-$15,000 for a complete installation, with many standard projects near $9,000. Final pricing depends mainly on well depth, local geology, drilling access, pump equipment, and whether the quote includes testing, permits, and connecting the well to the house.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Complete residential well | $5,000 | $9,000 | $15,000+ | Drilling, casing, pump, and basic installation |
| Drilling and casing | $20 per ft | $35 per ft | $60+ per ft | Depth and rock conditions change the rate |
| Well pump | $700 | $1,500 | $3,500 | Equipment and installation vary |
| Water testing | $50 | $200 | $500 | Price depends on the tests requested |
Typical Georgia residential well prices by project scope
A basic drilled well with casing and a standard submersible pump often runs $5,000-$10,000 when drilling is straightforward and the well is relatively shallow. A deeper well, upgraded pump, pressure tank, water treatment, or long connection to the home can bring the total to $10,000-$15,000 or more.
Drilling alone commonly falls around $20-$60 or more per foot, but quotes may use separate charges for mobilization, casing, grouting, and completion. A 200-foot well at $35 per foot would have $7,000 in drilling charges before pump equipment and other work. Assumptions: Typical single-family home, standard pump, normal truck access, and no major treatment system.
For budgeting, a complete, standard residential installation near $9,000 is a reasonable midpoint, not a guaranteed statewide rate.
What drilling, casing, and pump charges include
Quotes differ in what they include, so compare the written scope rather than the headline total. The table gives common planning ranges; unusual geology, well design, and local labor can move prices outside them.
| Quote item | Typical price | Unit or scope | What changes the charge |
|---|---|---|---|
| Drilling | $20-$60+ | Per foot | Depth, rock, and drilling method |
| Casing and grouting | $1,000-$4,000 | Typical residential job | Diameter, depth, and ground conditions |
| Pump and installation | $700-$3,500 | Per system | Horsepower, depth, and electrical work |
| Pressure tank and controls | $400-$1,500 | Per set | Tank size and control configuration |
| Permits, testing, and completion | $100-$800 | Combined allowance | County requirements and lab test scope |
Labor may be bundled into drilling or installation charges; when itemized, crew labor can be roughly $75-$150 per hour. Ask whether the bid includes casing, pump, pressure tank, electrical connection, water testing, and cleanup.
How depth, rock, and casing diameter change the estimate
Depth is a major cost driver because it adds drilling time, casing, and often a higher-capacity pump. A well under 150 feet may fit the lower end of a quote if water is found readily, while a 300-foot well can add several thousand dollars compared with a similar shallow installation.
Georgia’s geology varies considerably. Hard rock, unstable formations, or a need for extra casing can add about $1,000-$5,000 or more, depending on how much additional work is required. A larger 6-inch casing can cost more than a narrower design, but the appropriate diameter depends on the well plan and pump requirements.
Request a price per additional foot and a written limit for extra casing or difficult drilling before work begins.
Why well quotes differ across north and south Georgia
Local geology and access can matter more than a simple regional average. North Georgia sites with hard rock or steep terrain may cost about 10%-25% more than an uncomplicated site, while some coastal or southern locations may require deeper drilling or added casing depending on local conditions. These are planning differences, not fixed regional surcharges.
Urban or suburban properties may also face tighter access for a drilling rig, landscaping protection, or longer utility runs. Rural sites can have easier equipment access but may need a longer trench or electrical run to reach the home. Use nearby completed projects and local bids to judge a quote; statewide averages cannot capture a parcel’s geology.
How crew time and rig access affect well installation
A straightforward drilling visit may take one to three days, while difficult formations, deeper targets, or poor access can extend the work. Pump installation and connections may add several hours to a day, depending on the layout. Mobilization and rig setup can be a substantial part of a small job even when drilling itself is quick.
Ask how many drilling feet are included in the quoted base amount, the charge for each extra foot, and whether a return visit is billed separately. Narrow driveways, overhead wires, steep slopes, or a long distance from the rig staging area can increase labor or equipment charges. Confirm the rig can reach the proposed well location before accepting a low base bid.
Testing, trenching, and treatment can add to the total
Water testing may cost about $50-$200 for common screening, with broader testing for bacteria, metals, or other contaminants reaching $200-$500 or more. Trenching and utility connections can add roughly $500-$3,000, depending on distance, soil, and restoration. Water treatment is not always needed; systems for specific test results may add $500-$5,000 or more.
Ask whether the contractor handles county paperwork and required well completion records. Permit procedures and fees vary by county, and a water test may be separate from drilling. Keep testing and treatment as separate quote lines so equipment is based on actual water results.
Ways to lower a Georgia well drilling quote
Choose a well location with safe rig access and a practical route to the house, while keeping required setbacks and local rules in mind. Combining drilling with pump installation can reduce repeat mobilization charges, but compare the total and warranty terms against separate bids.
Get at least three written estimates from licensed well contractors serving the property’s county. Ask each bidder to price the same depth assumptions, casing, pump capacity, pressure tank, testing, and per-foot overage. Avoid selecting a depth or pump size solely to reduce the initial quote; the system still needs to meet household demand and local conditions.
The most reliable savings come from comparing equivalent scopes and avoiding unneeded upgrades, not from accepting an incomplete low bid.