(303) 569-4046 Serving Denver & the Front Range Licensed, Bonded & Insured
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Concrete Pools in Denver, Colorado
Denver, Colorado

Denver Concrete Pools

Engineered shells sprayed in place, plus a clear map of what actually moves the number.

Two pools with the identical rectangle on paper can finish a long way apart on price, and hardly any of that gap is the shell. Concrete is one of the smaller pieces of a pool budget. Access, excavation, engineering, plumbing, and everything you build around the water are where the money actually goes.

We build shells, and we'd rather you see the whole picture in month one than get surprised in month three. So this page is about value. What's worth paying for once. What genuinely swings the cost on a Denver lot. And what you can flex on later without touching a single thing that holds water.

1 daythe shell shoot itself usually takes
6-12"bar spacing through the reinforcing cage
7 daysof wet curing right after the shoot
28 daysbefore the shell is at full design strength

Where a Denver pool budget really goes

Start with access, because in this city it outranks everything. A pool means hundreds of tons of dirt leaving and a shell arriving, and on a Cherry Creek or Park Hill lot the only route is a gate or an alley. Sometimes a conveyor over the fence. Sometimes a hose run a hundred and fifty feet from a truck at the curb. Occasionally hand digging the last few feet where no machine fits. That labor dwarfs the price gap between one shell design and another.

After access comes the ground and what the engineer says about it. Then plumbing, equipment, and electrical, which multiply quietly every time somebody adds a jet or a heater. Then the deck and the safety barrier, which people forget to budget and which often cost more than they guessed. Finish materials land last, and that's the right order, since plaster and tile are the only part you can adjust without touching structure.

What moves the number on a Denver pool

Ranked by how much each one swings a real project, no dollar figures attached
DriverWhy it mattersHow far it moves things
Getting to the holeEvery yard of spoil out and concrete in passes through your gate or over your roofThe biggest variable on an infill lot. It can double excavation and placement labor alone.
Soil and the engineer's answerBearing conditions set wall thickness, steel, and whether you need hydrostatic reliefLarge, decided before the first shovel, and not negotiable.
Depth and shapeDeep ends mean more dirt, more shell, more water, more heatingModerate. Curves, benches, and vanishing edges cost more than depth.
Plumbing and equipmentReturns, jets, heater, automation, and how far the pad sits from the waterModerate, and prone to creep. Each feature is one more line in the trench.
Deck and safety barrierFlatwork square footage, finish choice, fence or coverBigger than most people plan for. Budget it alongside the pool.
Finish materialsPlaster, aggregate finishes, tile, coping stoneReal money, and the last thing to lock. This is your flex without touching structure.

Why we spray shells instead of forming them

A sprayed shell goes in against the excavation itself. We tie the steel cage, hang the plumbing, and shoot concrete at high velocity so it consolidates as it lands, then carve and float it to the shape on the plan. One placement, one continuous structure, no cold joints for water to find. Curves, benches, steps, and a beach entry all come out of that same operation.

Cast-in-place is the other route: two-sided forms, concrete poured between them, waterstops wherever one pour meets the next. It has a place on straight walls, simple rectangles, and some retrofits. But you're paying for formwork and accepting joints in a vessel whose only job is to not leak. On soil that moves, we'd rather hand you one monolithic shell.

Worth paying for on the first pass

  • An engineer-stamped shell design, sized to your soil rather than a catalog
  • Hydrostatic relief in the floor, because groundwater pressure is not a hypothetical
  • Spare plumbing runs placed while the trench is already open
  • An equipment pad with room and conduit for gear you'll want in five years
  • Sleeves for a future spa, fountain, or light while the dirt is open
  • Real deck base compaction across the backfill ring around the shell
  • A full wet cure on the fresh shell, hoses running, no shortcuts
Pricing a pool this winter for a summer build?

Send yard dimensions and a few access photos. We'll tell you what the site does to the budget before a designer draws anything.

The Denver calendar, and what waiting actually costs

Excavation and shooting run comfortably from spring into late fall. Cold-weather shoots happen with heated mix, enclosures, and blankets, but the wet cure is the sticking point, since keeping a shell damp for a week is a different exercise when the hose freezes overnight. We'll do it when a schedule demands it. We won't pretend it's simple.

Here's the part that costs money: timing. Break ground in early spring and you're swimming that summer. Start in August and you very likely have a next-season pool, with the shell wintering over while it waits on plaster and fill. That's a schedule, not a disaster, but it's why we tell people in Wash Park, Berkeley, and University Hills to have the design conversation over the winter. Dirt work is the bottleneck, and everything downstream waits on it.

Denver Pools

Pools in Denver

Still unsure about something?

Call the crew at (303) 569-4046 and we will talk it through.

Finish level and feature count. A quality plaster instead of a premium aggregate, fewer deck jets, a simpler tile band, a deck poured in two phases. All of that can change later or be lived with happily. What you can't cut is engineering, steel, shell thickness, hydrostatic relief, or the plumbing buried under concrete. Save on what's visible. Never on what's buried.

No, and this catches people. Any pool still needs a machine on site, an engineer, a plumbing package, an equipment pad, electrical, a barrier, and a crew for the shoot. Those barely move with size. Shrinking the water saves dirt, shell, and finish, which is a slice rather than the whole. Small pools are wonderful. They aren't cheap per square foot.

A pool is a general contracting job wearing a swimsuit. Excavation, steel, plumbing, the shoot crew, electrical, gas for a heater, tile and plaster, decking, fencing, usually a landscaper afterward. We handle the structural scope and coordinate the trades touching it. Some owners run the rest themselves. Most would rather we sequence it.

Shell thickness, steel size and spacing, how walls transition into the floor, bearing at the deep end, and what to do about water pressure from outside the shell. On questionable soil the design may call for over-excavation, structural fill, or a thicker floor. All of it gets settled on paper before we dig, and it's why a shell built here behaves for decades.

Probably not, and anyone promising otherwise is selling. Between excavation, steel, plumbing, the shoot, the cure, deck work, fence, plaster, and fill, a build runs weeks past what a calendar photo suggests. Starting late means the shell winters over and you plaster in spring. If swimming this season is the goal, the conversation needs to start before the ground thaws.

Much more easily if we sleeve for it now. Empty conduit and a capped line placed during construction cost almost nothing while the trench is open, and they turn a future addition into a weekend instead of a demolition project. Adding a spa to a finished pool without provisions means cutting deck, trenching to the equipment pad, and tying into a shell that has already cured.

It comes out, and we do that work too. The shell gets broken up, the floor perforated so water drains instead of pooling, and the hole backfilled in compacted lifts. Done properly you get a stable piece of yard. Done cheaply you get a soft spot that settles for a decade, which is why partial fills have the reputation they do.
Finished concrete project at a Colorado home

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