Pool Screen Enclosure Cost Calculator

A pool screen enclosure (pool cage) typically costs $8 to $18+ per square foot of footprint, so a common 1,500 sq ft enclosure runs roughly $12,000 to $27,000, and a large or high-roof cage can exceed that. A standard 1,500 sq ft mansard cage with standard mesh and framing lands near $18,000 in this calculator. Cost is driven by the enclosed area (the pool plus surrounding deck), the roof style (low/flat is cheapest, mansard/hip is the standard, gable/dome costs more for the taller framing, and two-story/high-rise is the most expensive), the screen mesh (standard fiberglass vs. no-see-um, pet-resistant, or solar), and the frame quality (standard aluminum vs. heavy-gauge/high-wind-rated framing that's often required in hurricane zones). Add-ons like removing an old cage, a super gutter, permits and engineering, kickplate panels, extra doors, and a pet door add to the total. A ~$2,000 job minimum applies. Enter your area and roof style above for a localized estimate.

A pool screen enclosure (also called a pool cage or lanai screen) is an aluminum frame with screen mesh panels that encloses a pool and its surrounding deck — creating a screened-in space over and around the pool. It's especially common in Florida and the warm, humid Southeast. The main benefit is keeping out insects — the mesh blocks mosquitoes, flies, and no-see-ums so you can swim and lounge bug-free. It also keeps out leaves, pollen, and debris, dramatically cutting pool cleaning and filter maintenance; provides shade and some UV reduction for a cooler, more comfortable pool area; adds a safety barrier that helps keep children, pets, and animals from wandering into the pool when doors are latched; and extends the usable season. The trade-offs are the upfront cost, a slight reduction in open-air feel and views, periodic re-screening, and storm vulnerability (though properly engineered cages resist wind). In buggy, sunny regions, a cage makes pool ownership far more pleasant and low-maintenance.

The roof is the most variable — and cost-driving — part of the structure. A mansard (or hip) roof, with sloped sides angling up to a flat top, is the common standard: moderate height, a clean look, good wind performance, and economical relative to taller roofs. A flat/low roof is the most economical and lowest-profile, good where height isn't needed, though it offers less clearance and sheds debris and water less well. A gable roof, with two sloping sides meeting at a ridge, creates a tall, open, airy interior with a higher peak — popular for a dramatic look and to clear diving boards or slides, at a higher cost for the taller framing. A dome roof is a curved high roof for maximum height and an upscale look, also at a premium. Two-story/high-rise enclosures are the tallest and most expensive, used for large or elevated pools. Choose mansard for standard economical coverage, flat for budget, gable or dome for a tall open space, and high-rise for grand applications — taller always costs more.

The mesh choice affects insect protection, sun/privacy, durability, visibility, and cost. Standard fiberglass screen (18×14) is the economical default — it blocks typical insects, allows good airflow and visibility, and suits most cages. No-see-um screen is a finer, tighter mesh that blocks the tiny biting midges and gnats standard screen lets through — recommended in coastal areas with these pests, at a slightly higher cost and marginally reduced airflow. Pet-resistant screen is a heavy-duty, tear-resistant mesh that withstands pets scratching or pushing against it — ideal for households with dogs or cats, and more durable overall. Solar/privacy screen is denser, blocking more sun, UV, and heat for extra shade and cooling (and some privacy), great for hot, sunny exposures, though it reduces visibility out. Many cages use standard screen with upgrades where conditions warrant, and you can even mix — solar on the sunny side, standard elsewhere. This calculator compares standard, no-see-um, pet-resistant, and solar/privacy, with the specialty meshes costing more.

In hurricane- and high-wind-prone areas like Florida and coastal regions, yes — pool cages must be engineered and built to meet local wind-load codes, which dictate the framing strength, anchoring, and design. It's a legal requirement and essential for survival in storms, because a cage is a large, lightweight structure with lots of surface area that catches wind. Codes specify the wind speed the enclosure must withstand for its wind zone, and the design must use adequate aluminum framing, proper spacing, and sufficient anchoring to the deck and house. Permits and engineered (stamped) plans are typically required to prove code compliance — which is why permit/engineering cost is part of the project. Heavier-gauge framing and engineered designs cost more but protect your investment and safety. One design note: the screen mesh is meant to blow out in extreme winds (it's the 'sacrificial' part) so wind passes through rather than catching like a sail and collapsing the frame — so after a major storm you may re-screen, but a properly built frame survives. Some owners remove screens before a hurricane. This calculator includes heavy-gauge framing and a permit/engineering add-on.

The aluminum frame typically lasts 20 to 30+ years, while the screen mesh needs replacing more often — roughly every 5 to 15 years — depending on materials, climate, maintenance, and storms. The frame is aluminum, which doesn't rust, so a quality, well-built, maintained frame can last several decades; the main threats are severe storm damage, corrosion at fasteners (especially near saltwater — stainless/quality hardware helps), and physical damage, and powder-coated frames hold up well. The screen is the perishable part: UV, weather, debris, and wear make it brittle, faded, saggy, or torn over time, and storms can blow it out, so re-screening every several years to ~15 years is routine, relatively affordable maintenance that renews the cage. To maximize lifespan, clean the screens and frame periodically, replace corroded fasteners, repair small tears promptly, keep the super gutter draining, and remove screens before major hurricanes if advised. Coastal/saltwater areas need more frequent cleaning and corrosion-resistant hardware. Budget for occasional re-screening over the years — the frame is a decades-long investment, the screen a periodic replacement.

Almost always, yes. A pool cage is a permanent structure attached to your property that must meet building and safety codes — especially wind/structural codes in storm-prone areas — and often pool-safety-barrier requirements too. Permitting ensures the enclosure is designed and built to code: the wind-load/structural requirements (in hurricane zones, engineered stamped plans are typically required to prove it withstands the design wind speeds), proper anchoring, setbacks from property lines, and any attachment to the home. The process involves submitting plans (often engineered) and inspections, which is why permit and engineering costs are part of the project. In many areas the cage can also serve as part of the required pool safety barrier, so its doors may need to be self-closing and self-latching with compliant gaps. Skipping the permit risks fines, being required to redo non-compliant work, problems selling the home or getting insurance, and real safety/structural risk. A reputable contractor handles permitting and engineering and builds to code — budget and plan for it, and confirm local wind codes, barrier rules, setbacks, and any HOA approval before building.

The on-site build is fairly quick — often about 3 days to 2 weeks depending on size, height, and complexity — but the overall project usually spans several weeks to a couple of months once you include design, engineering, permitting, and fabrication. The steps: design and quoting (measuring and finalizing the style and materials); engineering (stamped plans for wind-load compliance, needed for the permit); permitting (submitting to the building department and awaiting approval — often the biggest variable, from a couple of weeks to over a month depending on backlog); material fabrication (the aluminum is cut to the design); the on-site build (anchors/footers, erecting the frame, installing screen panels and doors); and a final inspection. Taller gable/dome and large or high-rise enclosures take longer to build, and removing an old cage first adds time. Because permitting, engineering, and fabrication add weeks up front, plan for several weeks to a couple of months from contract to completion even though the hands-on construction is relatively fast. Your contractor can give a specific timeline based on your project and local permitting speed.