How Much Does It Cost to Remove a Pool in 2026?

Inground Removal Methods: Comparing Partial Fill-In and Full Removal

When you decide to take out an inground pool, contractors will offer two distinct options: a partial fill-in or a full removal. Both methods eliminate the pool from your yard, but they differ dramatically in labor, equipment needs, and how the property can be used in the future. Deciding which approach fits your situation helps you understand the wide spread in bids you receive from local excavation companies.

A partial fill-in is the most common and budget-friendly method. During this process, the crew uses heavy machinery to punch large drainage holes in the deep end, breaks down the top two to three feet of the concrete walls, and drops that broken rubble straight into the basin. They then haul in truckloads of backfill (clean dirt and gravel used to fill the empty hole) to pack everything level with the surrounding yard. Because most of the concrete stays on your property, you avoid high disposal and trucking fees. The downside is that the buried shell remains permanently beneath the surface. You must legally disclose this on property deed paperwork if you ever sell your home, and local building departments will classify that footprint as non-buildable, meaning you cannot construct an addition, an outbuilding, or a patio with footings over that area.

A full removal involves completely demolishing and extracting every trace of the pool structure. Heavy excavators and jackhammers break up all the concrete, rebar, tile, and vinyl wall supports. Every piece of debris is loaded into dump trucks and hauled away to an approved recycling or disposal site. Once the giant pit is completely empty, the crew fills it entirely with clean, engineered soil and packs it down in controlled stages. While a full removal typically costs nearly double what a partial fill-in costs due to massive hauling and landfill fees, it resets your property completely. The ground returns to buildable status, there is no buried debris to disclose, and it eliminates the risk of future ground settlement or water traps beneath your lawn.

If you are still weighing whether to demolish the basin or fix it up for swimming, reviewing how much it costs to remodel a pool can help you compare the long-term investment of restoration against the expense of demolition.

Core Cost Drivers Contractors Factor Into Your Quote

Every pool removal project has unique physical constraints that affect labor hours, fuel usage, and heavy machine requirements. Contractors inspect several physical conditions on your property to calculate their bids:

• Pool Construction Material: Concrete and gunite pools require the most labor and equipment power to break down. Understanding how a gunite pool is built reveals just how thick and reinforced the shell is, which explains why crews need hydraulic breakers and jackhammers to crack through it. Fiberglass pools can sometimes be cut into pieces and hauled away quickly, while vinyl-lined pools feature thin steel or polymer wall panels that disassemble relatively fast once the liner is stripped.
• Pool Dimensions and Volume: Surface area and depth dictate two major expenses: the time required to break up the structure and the total cubic yards of backfill material needed to level the yard. A deep diving pool requires far more truckloads of clean fill than a shallow lap pool, directly raising hauling and dirt purchase expenses.
• Backyard Accessibility: Heavy excavators and dump trucks need a wide, stable pathway from the street to your pool deck. If your side gate is narrower than eight feet, or if low-hanging utility wires, septic tanks, and soft soil block machine access, crews must use smaller skid steers or track loaders. Using compact machinery means making dozens of extra trips back and forth, which adds significant labor time to the project.
• Local Soil Availability and Haul Distance: Backfill dirt is heavy, and transportation fees depend on the distance between your home, local soil suppliers, and concrete recycling centers. If your property is in an area with rocky terrain or limited access to clean fill dirt, delivery surcharges will increase the final invoice.

Hidden Site Expenses That Can Inflate Contractor Bids

The base demolition and fill work form the bulk of the contractor quote, but preparing the site and meeting municipal building codes introduce extra expenses that many homeowners overlook. Clarifying these items with your contractor before signing a contract prevents unexpected change orders midway through the job.

Municipal permits and engineering reports are the first extra expense. Most cities require a demolition permit, a tree protection permit if heavy machinery operates near root zones, and an erosion control plan to prevent mud from washing into storm sewers. In areas with strict building codes, the city may also require an engineered compaction report. This involves hiring an independent geotechnical engineer to verify that the dirt was packed down tightly enough to support landscaping without collapsing over time.

Utility disconnections require certified technicians. The electrical circuits powering the pool pump, heater, and underwater lights must be permanently disconnected and capped back at your main breaker panel. If your pool has a dedicated natural gas or propane heater, a licensed plumber must safely cut and cap the fuel line below ground level to eliminate any fire hazard. These utility disconnections often require separate specialized permits and inspections beyond the standard demolition permit.

The final expense is landscape restoration. Heavy tracked machinery will inevitably tear up turf, crack sidewalk edges, and compress the soil along the access route. Restoring the yard requires spreading fresh topsoil, laying new sod or grass seed, repairing fence panels that were removed for equipment entry, and adjusting sprinkler lines that were clipped during excavation.

Seven Steps Contractors Must Take to Prevent Lawn Sinkholes

The greatest risk during pool demolition is improper backfilling that creates underground voids, causing your lawn to sink or turn into a soggy swamp months later. Qualified excavation crews follow a precise sequence of structural checks to ensure the ground remains solid and properly drained for decades.

1. Pump all standing water completely out of the pool basin. Contractors must pump water directly into the sanitary sewer or across approved drainage areas in compliance with municipal environmental laws. Draining the shell dry prevents equipment from churning the bottom into an unstable mud soup that will never pack down properly.
2. Punch large drainage holes through the bottom of the concrete shell. Crews use heavy pneumatic breakers to punch multiple holes, often two to three feet wide, through the deep-end floor. These openings let rainwater drain naturally into the deeper water table rather than pooling inside the shell like a giant underground bathtub.
3. Break down the top walls at least two to three feet below the yard grade. Excavators crack and fold the upper coping stones, beam concrete, and tile bands into the bottom of the pit. Knocking these walls down well below the surface ensures that grass, shrubs, and tree roots have enough soil depth to grow without hitting solid concrete beneath the lawn.
4. Disconnect and cap all underground plumbing and suction pipes. Technicians pull out or crush skimmer boxes, return lines, and drainage pipes, sealing the ends with concrete or caps. Leaving hollow plastic pipes intact invites water channeling and soil erosion that gradually pulls surrounding dirt away from under your lawn.
5. Layer the backfill material in shallow lifts of six to twelve inches. Workers place clean dirt and crushed stone into the hole in thin, even layers rather than dumping entire truckloads in all at once. Spreading shallow lifts allows the weight of the compaction machinery to compress the dirt all the way through each layer.
6. Mechanically compact every individual layer of soil. The operator drives heavy mechanical rollers or high-impact plate compactors over every lift until it reaches dense structural stability. Compaction (packing down soil in layers so the lawn does not sink later) squeezes out air pockets that would otherwise collapse when soaked by heavy seasonal rains.
7. Crown the final layer of topsoil slightly higher than the surrounding lawn. The crew spreads nutrient-rich topsoil over the filled area, mounding the center several inches higher than the surrounding grass line. This gentle crown accounts for minor natural settling over the first year and forces surface rainwater to shed away toward property drainage swales.

Above-Ground Pool Removal: DIY Teardown Versus Professional Haul-Away

Removing an above-ground pool is significantly less complicated than tackling an inground structure, but it still requires dealing with thousands of gallons of water, heavy steel walls, and soaked sand. Homeowners generally choose between taking it apart themselves or hiring a debris removal service.

Tackling the teardown as a do-it-yourself project saves on labor costs. You need basic hand tools, heavy-duty utility knives, safety glasses, and sturdy work gloves. The process begins with draining the water completely, unhooking the pump and filter, cutting the vinyl liner into manageable rolled strips, and unscrewing the vertical wall uprights. For complete guidance on managing the disassembly safely, consult this walkthrough on safely removing an above-ground pool. Once the metal framework is dismantled, you must transport the scrap metal, liner, and old hoses to a waste transfer station, or coordinate with a local scrap collector who may haul the metal away for free.

Hiring a junk removal or demolition service costs more, but the crew handles the heavy lifting, hauling, and disposal in a single afternoon. Professional crews bring large flatbed trucks, quickly slice and bundle the materials, sweep the sand base, and haul everything directly to appropriate recycling centers. If your above-ground pool is surrounded by an attached wooden deck, paying for professional demolition is often the safer route, as dismantling weathered deck framing requires reciprocating saws, pry bars, and large dumpster bins that can quickly overwhelm a solo weekend project.

FAQs

Does burying an inground pool lower property taxes or hurt resale value?

Removing a pool often lowers your annual property tax assessment slightly because the assessor removes the pool amenity from your property valuation. A full removal generally appeals to a wider pool of future homebuyers who prefer a usable yard without maintenance chores. A partial fill-in must be disclosed to potential buyers and can limit interest from buyers who plan to build an outbuilding, home expansion, or detached garage over that spot.

How long does the pool demolition process usually take?

An above-ground pool teardown typically takes one to two days for a homeowner or a few hours for a professional junk removal crew. Inground pool removal takes longer, typically between three and five full working days. The timeline depends on weather conditions, backyard access limits, the time needed to pump out water safely, and how quickly dump trucks can deliver clean fill dirt to the site.

Can you build a patio or structure over a filled-in pool?

You cannot build a permanent foundation, home addition, or structural masonry patio over a partial pool fill-in because the buried concrete shell and backfill remain non-virgin ground prone to movement. Lightweight, flexible landscaping features like grass lawns, flower gardens, wooden decks on floating blocks, or gravel fire pit areas are generally acceptable. If you want to construct an addition or permitted structure, you must perform a certified full removal with engineered soil compaction.

What type of dirt should contractors use to fill the empty pool hole?

Contractors should use certified clean fill, which consists of a stable mixture of subsoil, sand, and small gravel that contains no organic debris, trash, tree roots, or large rocks. Organic debris rots over time and creates deep underground voids that collapse into sinkholes. The crew should finish the top twelve to eighteen inches with screened topsoil so grass roots can thrive and blend seamlessly with the rest of your lawn.