Design, codes, and the order you do them in

Adopted building codes

Clear Creek County adopted the 2024 International Code series together with Colorado's 2025 Wildfire Resiliency Code, with local amendments that keep county electrical review and add wildland-urban-interface provisions. Design to the 2024 IRC, not an older edition.

Zoning — M-1 Mining District

Both claims sit in the county's M-1 Mining District. Residential use in M-1 is governed by Section 7 of the zoning regulations rather than by the residential-district tables, so read Section 7 before you assume a setback or a permitted use.

Structural design criteria

Clear Creek County sets ground snow load by elevation and does not allow reductions. The surveyed boundary runs from about 8,000 ft at the north toe to about 8,580 ft at the south corner, so 65 psf is the floor here and the upper ground sits above the published 8,250 ft band — the county's site-specific determination governs. Treat 65 psf as a minimum, not the answer.

Water supply and well permitting

There is no water tap here. The house runs on a permitted well, and the permit class available to a parcel this size is the first question to close — it can change the whole program.

On-site wastewater (septic)

Clear Creek County administers septic permitting under its own OWTS regulations, backed by Colorado Regulation 43. Soils and setbacks here usually decide the house footprint, not the other way around.

Access, grading, and erosion control

Roughly 80% of the driveway is built and engineered civil drawings are already in hand — the reason this parcel skips the most expensive surprise on mountain ground. The standards those drawings answer to are below.

Ponds, stocking, and surface water

Soda Creek runs about 50 yards north-west of the north boundary. A trout pond is achievable and it is a three-agency exercise: storage and evaporation are water-rights questions, stocking is a wildlife license.

Title, claim records, and licensing

Patented lode claims are recorded differently from platted lots. These are the tools that produce the mineral survey numbers, patent records, and assessor schedule numbers — and the lookup that confirms an engineer's license is live.

The workflow, in order

On mountain ground the sequence matters more than the schedule. Each step gates the next, and the first five decide what the house can be. Durations and costs are directional 2026 ranges for Front Range mountain counties — confirm against the county's current fee schedule.

1. 01

   Boundary and topographic survey

   In hand

   Establish the legal claim lines and contours. Lode claims are irregular, so nothing downstream can be sited without this.

   Gates: Gates every other step — geotech, septic, driveway, and the site plan all reference it.

   Typical: 2–6 weeks · $3k–8k

2. 02

   Geotechnical and soils investigation

   Buyer's scope

   Test pits for bearing capacity, frost depth, rock, and groundwater. Usually paired with the septic soil evaluation to save a mobilization.

   Gates: Gates foundation design, septic type, and driveway cut/fill.

   Typical: 3–6 weeks · $3k–10k

3. 03

   Water supply determination

   Partly in hand

   Get the DWR determination and well permit before anything else is designed. Two test holes here are already logged at 202 ft and 221 ft.

   Gates: Gates septic layout through well setbacks, and gates the whole program if the permit class is limited.

   Typical: 4–12 weeks to permit · $15k–30k+ to drill

4. 04

   OWTS (septic) design and permit

   Buyer's scope

   Percolation and profile testing, then an engineered design if soils or slope demand it — common on mountain ground.

   Gates: Frequently relocates the house footprint. Resolve before architecture is finalized.

   Typical: 4–8 weeks plus county review · $8k–20k+

5. 05

   Access, driveway, and grading permits

   Partly in hand

   Engineered road drawings reviewed against the county roadway manual, with erosion control and a site development permit for the earthwork.

   Gates: Gates construction access — no permit, no material deliveries.

   Typical: 2–6 weeks review

6. 06

   Architectural design

   Partly in hand

   Now the house gets drawn, inside the envelope the four steps above defined: well, septic, driveway grade, snow load, and wildfire detailing.

   Gates: Gates structural engineering and the permit set.

   Typical: 3–6 months

7. 07

   Structural engineering and PE stamp

   Buyer's scope

   Framing and foundation sized to the county's snow determination for the chosen pad elevation (65 psf or higher on this parcel), site wind, seismic category, and the geotech recommendations.

   Gates: Gates county plan review. Expect a stamp to be required at this snow load.

   Typical: 4–8 weeks

8. 08

   County submittal

   Buyer's scope

   One bundle: architectural, structural, septic permit, driveway permit, and M-1 zoning verification.

   Gates: Gates every inspection that follows.

   Typical: 4–10 weeks review

9. 09

   Construction and inspections

   Buyer's scope

   Foundation, framing, insulation and energy, MEP, septic installation, wildfire mitigation verification, final.

   Gates: Certificate of occupancy.

   Typical: 9–18 months typical pre-construction runway before this point

High-mountain design priorities

What experienced builders at 8,000–8,600 ft solve first, and why.