Precast Concrete Pool

The pool is cast in a mould under controlled factory conditions, ensuring consistent quality and strength. Once complete, it is delivered to the property as a single, finished unit and installed either in-ground, above-ground, or semi-in-ground. This method provides a faster and more efficient alternative to traditional on-site concrete pool construction.

Manufacturing and Installation Process

• Factory-Built Structure: The pool is formed as one solid piece within a controlled environment, allowing precise shaping and strict quality control throughout production.
• Integrated Components: Features such as steps, drains, skimmers, and benches are moulded directly into the shell during the casting process, reducing on-site labour.
• Delivery and Installation: Once cured, the finished pool is transported to the site, positioned using a crane, then backfilled and connected to plumbing and electrical systems.
• Shortened On-Site Time: Since the pool arrives as a complete shell, installation can be completed in a few days, compared to the weeks or months required for traditional concrete pools.

Benefits of Precast Concrete Pools

• Durability: Factory casting ensures uniform strength and dense concrete, often resulting in a sturdier structure than one built outdoors.
• Fast Installation: Most of the work is completed before delivery, making precast pools ideal for homeowners seeking quick project completion.
• High Quality Control: The factory environment eliminates many variables such as weather delays or inconsistent curing ensuring a smooth, consistent finish and reduced risk of construction defects.



A precast concrete pool combines the strength of traditional concrete with the speed and precision of factory production, making it a practical choice for those wanting a durable, low-disruption installation without compromising on quality or design.

The cost of a precast concrete pool in Canada generally starts around $20,000 for small plunge pools and ranges up to $50,000 or more, depending on size, finishes, and installation needs. This makes precast pools significantly more affordable than traditional, site-built concrete pools, which often start at $65,000 and can exceed $130,000. The final cost is mainly determined by delivery logistics, excavation requirements, and the inclusion of optional features or upgrades.

Cost Breakdown and Key Factors

• Starting Cost: Most precast concrete pools fall between $20,000 and $50,000, including basic equipment and standard finishes. Smaller plunge-style models with pre-installed systems can sometimes be found for under $25,000.
• Installation Expenses: While overall cheaper than on-site concrete construction, installation adds major costs for excavation, delivery, and crane placement. These services often account for a large portion of the total price.
• Size and Model: Larger models cost more due to increased materials and transport complexity. For example, a 14’ × 28’ precast pool can range from $65,000 to $85,000, depending on finish and delivery location.
• Finishes and Features: Standard concrete finishes are included, but upgraded surfaces and features such as full tiling, built-in seating, or heating systems can raise costs. A fully tiled precast pool typically falls between $32,000 and $45,000, excluding installation.
• Comparison to Traditional Concrete Pools: Precast pools are more cost-efficient, saving on-site labour and time. Traditional concrete builds often start around $65,000–$135,000, making precast options attractive for homeowners seeking durability and speed at a lower cost.



A precast concrete pool delivers the durability of concrete with faster installation and lower costs, ideal for homeowners who want a long-lasting pool solution without the extended construction timeline of traditional methods.

Precast concrete pool coping refers to the pre-manufactured edge pieces installed around the top perimeter of an in-ground pool. Unlike poured-in-place coping, these sections are produced off-site in a factory and delivered as individual, finished units ready for installation. This method ensures consistent quality, precise shaping, and a broad choice of textures, colours, and edge styles. The coping serves both an aesthetic and structural purpose, forming a watertight transition between the pool shell and surrounding deck.

Benefits of Precast Concrete Coping

• Wide Range of Designs: Available in multiple colours, textures, and edge profiles including bullnose, straight, or rounded to complement any pool style.
• Structural Strength: Factory production ensures uniform quality and allows reinforcement with steel or fibres for long-term durability.
• Simplified Installation: Ready-made coping sections fit easily along both straight and curved pool edges, reducing on-site labour and installation time.
• Cost-Effective: Typically more affordable than natural stone or custom cast-in-place coping, while offering comparable durability and style.
• Safety and Functionality: Many precast coping pieces are finished with non-slip textures, such as sandblasted or brushed surfaces, improving grip and safety around wet areas.

How It’s Installed

1. Delivery and Preparation: Precast coping pieces arrive at the site prefinished and ready for placement.
2. Placement: Each section is laid along the pool’s edge and secured using mortar.
3. Sealing: A waterproof caulking material is applied between sections to create a continuous, watertight seal.
4. Finishing: Once installed, the coping can be colour-matched or textured to coordinate with the surrounding decking or pool design.



Precast concrete pool coping offers a durable, attractive, and practical finishing option for both new pools and renovations. Its combination of quality control, design variety, and ease of installation makes it a popular alternative to traditional cast-in-place or stone coping systems.

Precast concrete pools offer a range of advantages, particularly in terms of speed, durability, and convenience. Since the pool shell is manufactured off-site under controlled conditions, installation is quicker and less disruptive than traditional concrete builds. This process also ensures consistent quality and strength, providing a long-lasting structure suitable for various installation types above ground, semi-inground, or fully inground.

Advantages of Precast Concrete Pools

• Faster Installation: Because the pool is pre-manufactured in a factory, it can be installed within days rather than weeks, eliminating lengthy curing times required for poured concrete pools.
• Minimal On-Site Disruption: Most of the construction happens off-site, meaning less noise, mess, and disturbance to the property during installation.
• High Durability and Consistent Quality: The controlled factory environment ensures even curing and consistent concrete density, reducing the likelihood of cracking or leakage over time.
• Lower Labour Costs: With much of the work completed before delivery, labour expenses are significantly reduced, making precast pools more cost-efficient than traditional concrete models.
• Versatile Installation Options: Precast pools can be positioned above ground, partially buried, or fully inground, offering flexibility for various property layouts and soil conditions.
• Long-Term Value: With proper upkeep, precast concrete pools can last for several decades, maintaining both structural integrity and aesthetic appeal.

In summary, precast concrete pools combine speed, reliability, and adaptability, making them an excellent option for homeowners seeking a durable, low-disruption pool solution with a streamlined installation process.

While precast concrete pools offer quick installation and strong construction, they also have some limitations related to customisation, installation logistics, and surface maintenance. Because these pools are produced in standard moulds and transported as one large piece, design flexibility and access for installation are more restricted compared to traditional, site-built concrete pools.

Disadvantages of Precast Concrete Pools

• Limited Customisation: Precast pools are built using predefined moulds, which limits choices in shape, size, and depth. Homeowners looking for highly custom or freeform designs may find this restrictive.
• Higher Setup Costs: Although overall installation is quicker, the process requires specialised equipment such as cranes and skilled labour, which increases total costs.
• Access and Installation Challenges: Because the pool arrives as a single monolithic structure, the property must be easily accessible for crane placement. Tight spaces or overhead obstructions can complicate or delay installation.
• Structural Risks: Handling and transportation can occasionally cause cracks or surface spalling, especially if the pool shell is not managed carefully during delivery or placement.
• Rough Interior Surface: The precast concrete finish can be coarser than fibreglass or vinyl, potentially causing minor abrasions and encouraging algae growth if not regularly cleaned.
• Ongoing Maintenance: Despite factory construction, these pools still require routine chemical balancing, brushing, and cleaning to prevent staining and maintain surface integrity.

Precast concrete pools remain a durable and efficient option, but homeowners should consider access limitations, surface texture, and limited design flexibility before choosing this pool type. Proper installation planning and regular care can help minimise these drawbacks and extend the pool’s lifespan.