DFW Pool Guide: Costs, Materials, & Design Tips

---

Most pool companies are simply order takers and do not put allot of effort and thought into what would actually be best for the yard and what is truly needed to capture the clients vision. Most never take into account or consider the slope and elevation of the yard and how it will "finish" which always inevitably lead to up happy clients and unexpected building costs, usually thrown to the homeowner. At Parthas, we believe every yard and client is different, so we treat them as such. We approach each yard with care and attention because we care about the product we put out, not just getting a paycheck. If your pool builder doesn't have a vision for your space and share the same excitement for your project, then you're probably looking in the wrong place. You should never settle for its fine, it should work. Make them prove it with a plan of action.

Most pool companies are simply order takers and do not put allot of effort and thought into what would actually be best for the yard and what is truly needed to capture the clients vision. Most never take into account or consider the slope and elevation of the yard and how it will "finish" which always inevitably lead to up happy clients and unexpected building costs, usually thrown to the homeowner. At Parthas, we believe every yard and client is different, so we treat them as such. We approach each yard with care and attention because we care about the product we put out, not just getting a paycheck. If your pool builder doesn't have a vision for your space and share the same excitement for your project, then you're probably looking in the wrong place. You should never settle for its fine, it should work. Make them prove it with a plan of action.

 Hydrostatic testing from the start is important because it confirms one critical thing before finishes, decking, and landscaping lock everything in: the pool vessel and plumbing are watertight under real conditions. When this is verified early, it helps prevent expensive “mystery leak” situations later.

Here’s why it matters early in the build:

• Finds problems before they get buried. Small leaks around skimmers, returns, light niches, fittings, or penetrations are much easier to fix before tile, coping, plaster/pebble, and deck work are installed.
   
• Confirms plumbing integrity before deck work traps the lines. Many leaks come from plumbing joints or fittings. If you pressure-test early and document it, you know whether the issue is in the plumbing or the shell.
   
• Avoids demolition and rework costs. Fixing a leak pre-finish is usually a targeted repair. Fixing it after coping/deck/plaster can require saw-cutting concrete, removing materials, patching, and sometimes refinishing.
   
• Creates accountability and documentation. A recorded pass/fail test (often with gauge photos and dates) establishes a baseline and helps identify when and where a leak occurred as trades progress.
   
• Speeds up diagnosis if something changes later. If early tests pass but the pool later loses water, it’s easier to isolate whether the issue is shell-related, plumbing-related, or equipment-related.

A pool is only as dependable as the equipment and plumbing system that runs it. Finishes and tile are what you see—but the equipment pad is what determines whether your pool is easy to operate, affordable to run, and reliable for years, or whether it turns into a constant cycle of service calls, downtime, and frustration. The biggest mistake homeowners make is treating equipment like a place to “value-engineer.” Cheap equipment (or mismatched, undersized, builder-grade setups) doesn’t just reduce features—it creates real problems:

• Higher monthly operating costs: Lower-end pumps and inefficient plumbing layouts waste energy. When the system has to work harder to move water, you pay for it every month and the equipment wears out faster.
   
• More breakdowns and more service calls: Builder-grade components tend to fail sooner—especially in Texas heat. Every failure costs you twice: the repair bill and the downtime (or the pool going green while you wait).
   
• Harder water care and inconsistent performance: Cheap or undersized filtration and poor circulation make water harder to keep clear and stable. When flow and turnover are inconsistent, you fight algae, cloudy water, and chemical swings.
   
• No true integration (everything feels “separate”): Without solid automation, homeowners end up juggling timers and manual valve changes. Smartphone control isn’t about bells and whistles—it’s about consistency and preventing small mistakes that turn into big water problems.
   
• Plumbing restriction that chokes the system: Budget builds often use restrictive 90° turns because it’s quick and cheap. That restriction reduces flow efficiency and increases strain on the pump. Using VersaFlow connections (which replace harsh 90° fittings with smoother transitions) improves hydraulics and reduces system stress over time.

Our standard approach
We build around Jandy equipment, smartphone automation, variable-speed pumps, and hydraulics that are designed to move water efficiently including Versa Flow connections where appropriate to reduce restriction. This isn’t about overbuilding, it’s about building a pool that runs the way it should, without becoming a maintenance burden.

 Material selections aren’t just about looks—they determine how your pool performs, how comfortable it is to use, and how much effort it takes to keep it looking clean over the years. The right choices should complement your equipment setup and your local conditions (especially in DFW where heat, sun exposure, occasional freezes, and soil movement can punish the wrong materials). When materials are selected correctly, you get better longevity, easier maintenance, and fewer “why is this failing already?” surprises.

1. Choose materials based on where you live, not just what you like online. Regional climate and ground conditions impact expansion, movement, fading, cracking, and surface temperatures—so what works in another state may not hold up the same way in North Texas.
    
2. Interior finishes affect water clarity, comfort, and maintenance. Some finishes are more forgiving with chemistry, some show scaling/staining faster, and some last longer before resurfacing. The “best” finish depends on how you plan to maintain the pool and how you actually use it.
    
3. Coping and decking must be selected for heat, grip, and durability. Certain materials get brutally hot in direct sun or become slick when wet. A beautiful deck that’s uncomfortable or unsafe is a daily regret.
    
4. Waterline tile and edge details should be chosen for stain resistance and cleanability. The waterline is where oils, sunscreen, and minerals accumulate. Smart selections here reduce scrubbing, reduce visible buildup, and help the pool look cleaner between maintenance visits.

 In north Texas, soil conditions matter just as much as the pool design. Much of DFW sits on expansive clay that swells when it absorbs moisture and shrinks when it dries out. That constant movement is one of the biggest reasons you see cracked decking, separation at joints, and shifting around pools over time. Soil chemical injection (soil stabilization) is a preventative step used to reduce that movement by treating problem soils before the pool and deck are installed.

1. Expansive clay moves—constantly. When clay gets wet it expands, when it dries it contracts. Over seasons, that cycle can create lift, settling, and lateral pressure around the pool and under the deck.
    
2. Stabilization helps reduce deck movement and cracking. Treating soils under the deck area can help minimize voids, soft spots, and shifting that commonly lead to stress cracks or uneven deck sections.
    
3. It supports long-term structural consistency around the pool shell. The pool structure is strong, but the surrounding soils and deck are often where problems show up first. Stabilized soil helps keep transitions, joints, and elevations more consistent over time.
    
4. It’s a proactive investment that can prevent expensive repairs later. Saw-cutting and replacing deck sections, chasing settlement issues, or correcting drainage problems after the fact is far more costly and disruptive than addressing soil conditions up front.

 Proper drainage is one of the most overlooked parts of a pool build, and it’s also one of the biggest drivers of long-term problems when it’s done wrong. Water should never be allowed to collect against the pool shell, sit under the deck, or flow back toward the house. In north Texas—where storms can dump heavy rain fast and clay soils hold moisture—good drainage isn’t optional; it’s protection for the pool, the decking, and your home’s foundation.

• Reduces deck shifting and cracking in clay soils. When water saturates the ground around the pool, expansive clay swells and softens, then shrinks as it dries—movement that shows up as cracked, uneven, or separated decking.
   
• Protects the pool shell and hardscape edges from washout. Poor runoff patterns can erode soil, create voids under deck sections, and undermine areas around beams, steps, and features.
   
• Keeps water moving away from the house and slab. The deck and surrounding grading must be designed so water drains away from the home, not toward it—especially along the back wall where water can linger and create foundation risk.
   
• Gutters and controlled roof runoff are mandatory. Many backyard drainage issues aren’t “pool problems”—they’re roof runoff problems. Gutters on the back of the house and downspouts that discharge away from the pool and foundation (often by burying downspouts and piping them to daylight or a proper drain point) prevent huge volumes of water from dumping into one area.
   
• Prevents slick, stained, algae-prone zones. Areas that stay damp longer grow algae faster, stain more easily, and become slippery—especially in shaded spots and low points around the pool deck.

 A pool’s long-term performance starts with what you can’t see after it’s finished: the steel, the shell thickness, and the structural beam that ties everything together. In north Texas—where expansive clay can move seasonally—structural rigidity matters. A properly engineered gunite shell, tight steel grid, and high-strength shotcrete help the pool resist movement, reduce stress points, and maintain integrity over decades.

• A true structural “box beam” creates the backbone of the pool. Our standard perimeter beam is a 12" x 12" box beam reinforced with (4) ½" rebar to form a rigid ring around the pool.
   
• A consistent steel grid distributes loads and strengthens the entire shell. We use ½" steel throughout in a 10" on-center grid pattern, creating uniform reinforcement rather than weak, widely spaced sections.
   
• Double steel at all stress points. We reinforce high-stress areas—like corners, steps, benches, raised bond beams, and transitions—with double steel to reduce flexing and concentrate strength where failures most often begin.
   
• Shell thickness is intentional—especially at walls and crest lines. Our standard is 8–10" of Gunite on pool walls and crest lines, where stress concentrations commonly occur.
   
• A strong floor is part of the structure, not an afterthought. We carry 8" of Gunite on the pool floor for consistent strength from top to bottom.
   
• We don’t recycle overspray to “save money.” Some crews reuse rebound/overspray material, which can compromise consistency and quality. We do not recycle overspray into the shell.
   
• Higher-strength Gunite for a stronger shell. We shoot shells at an average 4,800 PSI+, compared to the common 3,000 PSI “standard,” for added compressive strength and overall durability.
   
• Bottom line: The prettiest finishes can’t compensate for weak structure. A robust beam, tight steel spacing, reinforced stress points, clean shooting practices, and higher PSI gunite are what keep a pool rigid, stable, and built to last.

 Control joints are one of the most important—and most overlooked—details in a pool build. Concrete and masonry will move. In north Texas, that movement is amplified by heat swings, moisture changes, and expansive clay. Control joints don’t “prevent” cracking; they control where cracking happens, so it stays clean, predictable, and far less visible.

• Concrete will crack—control joints decide where. Without planned joints, the deck will create its own random crack lines across the most visible areas.
   
• Joints relieve stress from temperature and moisture swings. Texas sun heats deck surfaces hard, then they cool quickly with shade, rain, or night temps. Those expansion/contraction cycles create stress that needs a release point.
   
• They protect the bond between the deck and the pool structure. The deck and the pool shell are different systems and should be allowed to move independently. Proper jointing helps prevent the deck from “pulling” on the shell or coping line.
   
• They reduce separation, trip hazards, and uneven panels. Deck sections without proper joint layout are more likely to shift, curl, or heave—especially when soils below expand and contract.
   
• Wall, coping, and hardscape transitions need joints too. Any place two materials meet—deck-to-coping, deck-to-wall, wall-to-cap, decking around columns or outdoor kitchens—should be detailed correctly so movement doesn’t translate into cracking or debonding.
   
• Good joints are also a water-management tool. When joints are placed and sealed correctly, they help keep water from constantly infiltrating below the deck where it can soften soils and accelerate movement.

 A warranty is only valuable if it’s written clearly, backed by a company that will still be here, and structured to actually cover real-world issues—not just marketing language. And no matter how well a plan is executed, construction is still construction—materials have variability, weather happens, and sometimes issues arise even on a well-built project. That’s exactly why the warranty matters: it’s the difference between a minor hiccup that gets handled professionally and a major headache that becomes the homeowner’s problem.

In the pool industry, “great warranties” can be smoke and mirrors: vague terms, loopholes, and exclusions that make it difficult for a homeowner to get help when something goes wrong.

• A real warranty is clear, specific, and in writing. If coverage depends on verbal promises or “we’ll take care of you,” it’s not a warranty—it’s a hope.
   
• Watch for loopholes and exclusions that gut coverage. Many warranties exclude the most common problems or hide behind broad language like “improper maintenance” or “water chemistry,” which can shift blame to the homeowner even when the issue is workmanship related.
   
• “pro-rated” or “limited” warranties can be misleading. Some warranties sound long but pay very little after the first year or two. The length matters less than what it actually covers.
   
• A warranty is only as strong as the builder behind it. If the builder is overloaded, constantly changing crews, or may not be around in a year, the warranty is effectively worthless—even if it looks impressive on paper.
   
• Good builders document and support their work. The best warranties are paired with builders who keep records—pressure tests, photos, inspections, start-up documentation—so there’s less ambiguity if an issue arises.
   
• Make sure you understand what each warranty truly means—and what it doesn’t. Ask direct questions and get direct answers. If a builder is vague, unsure, or dodges specifics, that’s a red flag, and it usually comes at your expense—not theirs.