Gunite Pool Construction Process in Northwest Arkansas

1. Design and Engineering Planning

This is where the entire project is defined before any digging begins.

A professional design process evaluates:

• yard slope and drainage flow
• soil conditions and stability
• access for excavation equipment
• sun exposure and pool placement
• desired features like spas, tanning ledges, or water elements

One of the most common mistakes at this stage is designing a pool without considering equipment access. Poor access can significantly increase costs and extend the construction timeline.

This stage is typically handled by a gunite pool builder, who finalizes design decisions and prepares a build-ready plan.

2. Excavation and Site Preparation

Excavation is where the pool becomes physically visible.

The layout is marked and heavy machinery removes soil according to the design.

What affects this stage:

• rocky soil conditions
• clay-heavy ground common in Northwest Arkansas
• tight backyard access
• unexpected underground obstacles

Excavation issues are one of the top reasons for early project delays. A proper site evaluation reduces risk before digging starts.

3. Steel Reinforcement Installation

Steel rebar is installed to form the pool’s structural skeleton.

This framework defines:

• shape accuracy
• wall strength
• floor stability
• long-term durability

Weak or uneven rebar spacing can cause structural cracking over time. Professional installers follow strict spacing and bending standards to prevent future movement.

This is one of the most critical steps in gunite pool construction because everything depends on this structure holding its shape.

4. Gunite Application

Gunite is sprayed at high pressure over the steel framework.

This creates the solid concrete shell that becomes the permanent structure of the pool.

Crews shape in real time:

• walls
• floors
• steps
• benches
• curves and custom features

Once gunite is applied, changes are no longer possible. This is why pre-spray inspection is extremely important.

5. Plumbing and Electrical Rough-In

After the shell is formed, all underground systems are installed.

This includes:

• circulation plumbing lines
• main drains and returns
• electrical wiring for lights
• filtration and equipment connections

All systems are pressure tested before moving forward.

Poor plumbing layout can reduce circulation efficiency and increase long-term maintenance costs. Proper design ensures balanced water flow across the entire pool.

6. Curing and Structural Strengthening

The pool shell must cure properly before finishing work begins.

During this time:

• Concrete hardens and strengthens
• Moisture stabilizes within the structure
• Surface becomes ready for finishing materials

Rushing this stage can lead to surface issues later, such as cracking or weak bonding with interior finishes. Proper curing time is essential for long-term durability.

7. Tile, Coping, and Interior Finish

This is where the pool begins to take its final appearance.

Work includes:

• waterline tile installation
• coping around the pool edge
• interior finish application such as plaster, quartz, or pebble

Interior finish selection affects both appearance and maintenance. Smoother finishes are easier to clean, while aggregate finishes offer longer lifespan and better stain resistance.

8. Filling, Startup, and System Balancing

The final stage prepares the pool for use.

Steps include:

• controlled filling process
• equipment startup and testing
• water chemistry balancing
• final inspection and walkthrough

Once completed, the pool is fully operational.