Colorado Well Finder › Wells by county › Lake County › Leadville North
Buying land or a home in Leadville North means understanding the local well records before you rely on a seller’s description. Within 5 miles, Colorado DWR records show 1,374 permitted wells. Of those, 840 are recorded as constructed, 890 report total depth, 371 report pump yield, and 88 report static water level.
This area is primarily fractured mountain bedrock, including granite and gneiss. The records point to generally moderate well depths and useful yields, but a neighboring well is not a guarantee for your lot. Location, fractures, casing, grout, access, and the exact drilling target still matter.
Figures are computed from Colorado Division of Water Resources permit records for permitted wells within 5 miles of Leadville North. Not every permit reports every field; each statistic uses the wells that report it.
| Depth statistic | Feet |
|---|---|
| 25th percentile | 73 |
| Median | 120 |
| 75th percentile | 162 |
| 90th percentile | 225 |
| Deepest on record | 860 |
| Aquifer named on permits | Wells |
|---|---|
| unnamed / fractured-bedrock aquifer | 1,304 |
| Alluvial | 38 |
| Unconfined San Luis Valley Aquifer | 4 |
| Yield statistic | gpm |
|---|---|
| 25th percentile | 7.0 |
| Median | 10.0 |
| 75th percentile | 12.0 |
| Median depth to water | 70 ft |
| Median water level by decade | Depth to water |
|---|---|
| 2010s | 70 ft |
| 2020s | 75 ft |
The median recorded well depth near Leadville North is 120 feet. The middle half runs from 73 to 162 feet, meaning many drilling bids should be based on a relatively shallow well, while still allowing for variation. The 90th-percentile depth is 225 feet, and the deepest recorded well reaches 860 feet.
Depth records show that 37% of wells are under 100 feet and 59% fall between 100 and 300 feet. Only 3% are between 300 and 600 feet, and no recorded wells are in the 600-plus-foot category. Most permits name an unnamed or fractured-bedrock aquifer: 1,304 wells do so, compared with 38 alluvial wells. Fractured granite and gneiss can produce water unevenly, so nearby depth data is useful for planning but cannot promise the same result.
The median reported pump yield is 10.0 gallons per minute, with the middle half between 7.0 and 12.0 gallons per minute. That is a solid local starting point for a household-water discussion, but it is not the same as guaranteed continuous production. The permit records include yield reports for 371 wells, so the yield sample is smaller than the full well population.
Seventy-five percent of reported wells produce between 5 and 15 gallons per minute, while 15% report more than 15 gallons per minute. Ten percent fall between 1 and 5 gallons per minute, and 0% are recorded under 1 gallon per minute. Storage tanks can help a lower-yield well meet household demand. An exempt household-use well also has a 35 gpm pumping limit, and the permit’s allowed use still controls what you can do.
Among the 88 wells reporting static water level, the median depth to water is 70 feet below the ground surface. The middle half is 54 to 110 feet. This gives a useful expectation for pump planning and trench layout, but static water level is not the same as pumping level. A driller still needs to account for drawdown, seasonal conditions, and the completed well’s performance.
The decade series shows a small shift from a 70-foot median in the 2010s to 75 feet in the 2020s. That suggests water was measured slightly deeper in the newer group, but the available measurements are limited and do not establish a broad declining trend by themselves. Ask for the original well construction and pumping information rather than relying only on the map’s general water-level pattern.
Permit activity extends across several decades. Records show 26 permits from the 1960s, 154 from the 1970s, 133 from the 1980s, 277 from the 1990s, 284 from the 2000s, 122 from the 2010s, and 93 from the 2020s. The newest permit year is 2025. The mix includes 78% domestic or household wells, 12% monitoring wells, 2% stock wells, and 1% irrigation wells.
The most common driller names in the records are Golden Eagle Drilling Corporation, associated with Shelton, Joe Wayne, with 344 wells; Twin Lakes Drilling Co., associated with Schaffer, James O, with 102; and Steve Shelton Drilling, Inc., associated with Shelton, Steve, with 80. These records identify past permit activity, not a guarantee of current availability or a recommendation. Confirm licensing, insurance, scheduling, and the written scope directly before hiring.
Fractured mountain bedrock raises the importance of access, setup, casing, grout, and the final well design. The local drilling model uses $65 to $100 per foot. At the 120-foot median depth, the drilled hole works out to about $7,800 to $12,000.
A finished system with pump, pressure tank, trenching, and electrical is estimated at $13,800 to $24,000 at that median depth. That is a planning range, not a fixed bid. A deeper hole, difficult access, extra casing or grout, difficult trenching, power work, storage, treatment, or a dry-hole outcome can change the total. Ask each driller what is included, how depth is charged, and what happens if the first water-bearing fracture does not produce enough.
The records show 16 PFAS sampling or contamination sites, 3,848 historic mine features, and 14 EPA Superfund or cleanup sites within about 10 miles. Those mapped features do not prove that a particular well is contaminated, but they are reasons to review location-specific history and test the water. Historic mining can also complicate access, excavation, and site planning.
Low yield and dry holes remain practical risks in fractured bedrock, even when nearby wells look good. Check well construction, casing, grout, pump tests, water-quality results, and maintenance records. For a new build, confirm the well location and septic area can meet required separation and siting rules. A permit, septic approval, and legal water use are separate questions. In an over-appropriated basin, an augmentation plan may be needed, so verify the water-rights requirements with Colorado DWR before construction.
Start with the closest comparable wells, giving priority to wells in the same bedrock setting and at similar elevations. Compare depth, reported yield, static water level, construction, and well use. Leadville is about 1 mile away; Alma is 13 miles away, Copper Mountain 16 miles, Fairplay 17 miles, Red Cliff 18 miles, and Norrie 19 miles. Those places provide context, but the closest comparable well is usually more useful than a distant average.
Before closing, obtain the permit and construction records, confirm the intended household use, and have the existing well tested if the property has one. For vacant land, get a driller’s access and depth estimate, locate power and septic areas, and budget for the full finished system rather than only the hole. If the home will need more water than ordinary household use, check the permit and water-rights requirements first.
| Decade permitted | Wells |
|---|---|
| 1960s | 26 |
| 1970s | 154 |
| 1980s | 133 |
| 1990s | 277 |
| 2000s | 284 |
| 2010s | 122 |
| 2020s | 93 |
| Most active drillers on record | Wells |
|---|---|
| Golden Eagle Drilling Corporation (Shelton, Joe Wayne) | 344 |
| Twin Lakes Drilling Co. (Schaffer, James O) | 102 |
| Steve Shelton Drilling, Inc. (Shelton, Steve) | 80 |
How this is built: the median permitted depth here times the per-foot range for this ground, plus the normal system costs. A lot at the 75th-percentile depth (162 ft) would run roughly $16,530–$28,200. See the full Colorado well cost guide.
Counts come from EPA, USGS and state datasets layered on the Colorado Well Finder map. A count is not a verdict on any one well; it tells you what to test for.
The numbers above are the area average. Your lot is one point on the map. Search the address to see the real depth, yield and aquifer of each permitted well around it.
Map wells near Leadville NorthTri-Lakes Contracting is a licensed Colorado contractor serving Leadville North and nearby mountain communities with access driveways, site development, new-build septic systems, and custom homes. Bring the well, septic, access, and building pieces together before construction starts.
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A listing photo can't tell you whether a lot is a dream or a money pit. Two parcels near Leadville North can carry the same asking price while one needs an $80,000 driveway and a $45,000 engineered septic the other doesn't. The well numbers on this page are the start of that answer. A Tri-Lakes Site Feasibility Report is the rest of it: a licensed general contractor, excavator and septic installer reads the parcel the way we would if we were about to build on it, and puts the real cost in writing before your money is committed.
Spend a little to know. Or gamble a lot to guess. Realtors sell the view and inspectors look at houses that already exist. We're the people who'd build it, so we catch what quietly turns a "great deal" into a budget disaster: bad access, buried rock, steep grade, soil that won't pass for a normal septic, water that's a fortune to reach. And if the lot is good, you've already got a builder ready to do the work, driveway to drywall.
Under contract, comparing parcels, or a realtor with a rural listing whose buyers keep asking "what will it cost to build here?" This is the due-diligence step almost everyone skips, and the one that saves the most.
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The median recorded well depth near Leadville North is 120 feet. The middle half runs from 73 to 162 feet. About 37% are under 100 feet, while 59% are between 100 and 300 feet. The 90th-percentile depth is 225 feet, but the deepest recorded well is 860 feet, showing that fractured bedrock can vary substantially.
The local cost model uses $65 to $100 per foot in fractured granite and gneiss. At the 120-foot median depth, drilling the hole is estimated at $7,800 to $12,000. A finished system with pump, tank, trenching, and electrical is estimated at $13,800 to $24,000. Access, depth, casing, grout, and site conditions can change a bid.
The median reported pump yield is 10.0 gallons per minute, with the middle half between 7.0 and 12.0 gallons per minute. Seventy-five percent of reported wells produce between 5 and 15 gallons per minute. Ten percent report 1 to 5 gallons per minute. These figures come from 371 yield records and do not guarantee a new well’s production.
The map includes 16 PFAS sampling or contamination sites, 3,848 historic mine features, and 14 EPA Superfund or cleanup sites within about 10 miles. That does not establish contamination at your property. Test an existing well and review local site history, especially near mining or cleanup locations. A permit alone does not certify that water is safe to drink.
Reported static water levels have a median of 70 feet below ground surface, with the middle half from 54 to 110 feet. The median was 70 feet in the 2010s and 75 feet in the 2020s. That small shift indicates slightly deeper recent measurements, but only 88 wells report static levels, so the series does not prove a widespread declining water table.
All wells in Lake County — county-wide depth, yield and cost figures.
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