About the Company
Built for Pikes Peak ground, not adapted to it
Statewide franchises bring the same playbook to every ZIP code. We started from the mountain up: elevation-driven freeze-thaw swings, steep-grade drainage on real terrain, and the expansive clay that moves under a slab long after the house itself has settled.
Why We Exist
Pikes Peak concrete failure is three problems wearing one crack
Most concrete-repair content online is written for a single elevation and a single climate problem, if any. The Pikes Peak region has three problems at once, and they get worse the higher you go: freeze-thaw cycling that outpaces the Denver-metro baseline once you climb from Colorado Springs toward Woodland Park and Divide, magnesium and calcium chloride de-icers that accelerate scaling and corrode rebar on every steep driveway and switchback walk, and Pierre Shale/bentonite clay that swells and shrinks with the seasons under nearly every slab from Fountain to Cascade.
That's why every estimate we run starts with diagnosis, not a tape measure. Is this crack from soil movement or ice expansion? Is that scaling from de-icing salt, or has it already progressed to rebar corrosion? Is the driveway on a grade steep enough that water is concentrating at one low corner and freezing there every night? Then — and only then — do we talk about repair method and price.
The method follows the diagnosis: epoxy injection for static structural cracks, flexible polyurethane sealant for cracks still moving with the soil, bonded overlays for salt-scaled surfaces, and lightweight polyurethane foam lifting on expansive clay where a heavier mudjacking slurry would reload ground that's already unstable. Across the whole Pikes Peak region, from the Colorado Springs metro up Ute Pass to Woodland Park, Divide, and Cripple Creek.
The honest-scoping rule
We don't inject a rigid epoxy fill into a crack that's still moving with active clay heave, we don't resurface a slab whose base has already failed structurally, and we don't level rubble on a grade that will just re-drain the same water into the same low corner. When your project needs a geotechnical engineer, a retaining structure, or a re-pour instead of us, we say so at the free inspection — because the referrals that honesty earns are worth more than any single job.
How We Work
Three commitments on every job
Diagnosed, not guessed
We identify whether high-elevation freeze-thaw, de-icing salt, expansive soil, steep-grade drainage, or a combination is driving the damage before we recommend a repair method — not after.
Fix the water, not just the slab
Every repair addresses drainage — the shared trigger behind freeze-thaw cycling, clay-soil heave, and the concentrated runoff that steep mountain-grade driveways collect at their low points.
Fixed price before we drill
Free inspections, fixed quotes, no discover-more-once-we-start games. If scope changes underground, we stop and talk first.
By the Numbers
The engineering facts we work from
6,035–9,494 ft
elevation range across our service towns — from Colorado Springs to Cripple Creek, each with its own freeze-thaw exposure
2–6 in
documented seasonal clay-soil movement in affected Pikes Peak region areas
1/4"
the ADA vertical-change threshold every walkway repair is corrected to
100%
of jobs logged: diagnosis, repair method, and before/after documentation
Why Diagnosis-First
The right fix depends on which mechanism — and which elevation — is doing the damage
Here is the whole argument in one sentence: a crack caused by ice expansion and a crack caused by swelling clay look almost identical on the surface, but they need different repairs. Fill an actively moving, soil-driven crack with rigid epoxy and it re-cracks next to the repair within a season. Treat freeze-thaw scaling like a soil problem and you miss the rebar corrosion underneath until it's a structural spall.
Elevation changes the calculus further. Thinner mountain air changes temperature faster than the Denver-metro baseline, and intense high-altitude sun can thaw snow and ice on a Woodland Park or Divide driveway even while the air itself stays below freezing — driving more frequent melt-refreeze swings than lower-elevation towns like Fountain typically see. On expansive clay, weight matters too: traditional mudjacking pumps a cement-and-sand slurry weighing over a hundred pounds per cubic foot back onto ground that's already prone to swelling and shifting. Polyurethane foam weighs roughly two pounds per cubic foot — about two percent of the slurry's weight — and lifts the slab by expansion, not mass.
None of this is proprietary. It's standard concrete science applied honestly to this region's specific elevation range, terrain, and geology — and the judgment to tell you when a slab needs a geotechnical evaluation or a retaining structure instead of a repair quote.
A regional specialist
Pikes Peak Concrete Repair is built to serve the whole corridor — from the Colorado Springs metro up through Manitou Springs, Cascade, Green Mountain Falls, Woodland Park, Divide, and Cripple Creek, plus Monument, Palmer Lake, and Fountain. One standard of diagnosis and repair, everywhere this ground moves.
Trade standards
Concrete repair work in the Pikes Peak region falls under municipal contractor licensing requirements that vary by town — always verify any contractor's local license before they drill.
Regional dispatch
Colorado Springs metro daily, Manitou Springs, Monument, Palmer Lake, and Fountain on regular routes, Woodland Park, Cascade, Divide, and Cripple Creek by appointment.
Talk to a crew lead
844-967-5247 — real scheduling, real answers. Or josh@contractorschoiceagency.com if you'd rather write.
Cracked, sunken, or salt-damaged concrete? Get a fixed price before we drill.
Free inspections across the Pikes Peak region. We diagnose high-elevation freeze-thaw, steep-grade drainage, and expansive-soil causes before recommending a repair.