- On-site measure of the full pour or paver footprint
- Soil and subgrade condition assessed for sand, muck, or fill
- Drainage and slope direction mapped away from the home
- Existing slab, driveway, or deck inspected for tie-in points
- Utility, irrigation, and sprinkler lines located and flagged
- HOA / ARC color, paver, and finish restrictions reviewed
- Access path for trucks, mixers, and equipment confirmed
Sarasota County · Concrete Slabs & Pads · 21+ neighborhoods
Concrete Slabs & Pads
Concrete Slabs & Pads
in Sarasota, FL.
Shed pads, AC and generator pads, RV and boat pads, parking aprons, sidewalks, and walkways — poured flat, pitched to drain, and built for the load they’ll actually carry.
21+ Sarasota neighborhoods
Fully Insured
42-point install standard
Written workmanship warranty
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Concrete Slabs & Pads in Sarasota, Florida is one of our most-requested services across Sarasota County. Sarasota — Suncoast cultural anchor, 58,000 in the city and 450,000 in the metro. Keys waterfront homes drive premium paver pool decks; west-of-Trail ranches and Palmer Ranch homes drive driveway and decorative-concrete work. The concrete slabs & pads market in Sarasota is shaped by three things: premium paver pool decks on the keys plus paver driveways and decorative-concrete patios inland, the sandy soil and year-round humidity we share across Lakewood Ranch, Manatee & Sarasota, and the volume of new construction (and aging concrete) in the neighborhoods we work here.
A flatwork pad looks like the simplest concrete there is, and that’s exactly why so many of them fail early across Bradenton, Parrish, and Lakewood Ranch. The slab is only as good as the ground we put it on, and our sandy, expansive Florida soil is unforgiving: a shed or RV pad poured on un-compacted fill settles unevenly the first wet season, and a slab that doesn’t shed water sits in standing rain and starts spalling at the surface within a couple of years. Pitch matters as much as thickness — every pad we place is sloped to drain away from structures, because flat-and-pretty is useless if it ponds. We also size the slab and steel to the real load: a 4″ sidewalk and a 6″ RV pad are not the same pour, and we won’t pretend they are. Every pad runs through our Lakewood Ranch Concrete 42-Point Install Standard, where sub-base compaction, thickness, slope, and joint spacing are checked and logged. Free Estimates and financing are available, and we’ll flag any HOA / ARC setback or permit issue before we pour.
We pour to the job. Shed, AC, generator, and equipment pads get a compacted base, a 4″ to 6″ section, and fiber or welded-wire reinforcement so the pad carries point loads without cracking. RV, boat, and trailer pads step up to a 6″ section with a #4 rebar grid, because the wheel loads from a loaded coach are in a different league than a garden shed. Parking pads and driveway aprons are pitched to the street and tied in clean. Sidewalks and walkways get a 4″ section, hand-tooled or broom-finished for grip, with control joints cut on the right spacing so they crack at the lines instead of across the path. We use a 3,000 to 4,000 PSI mix sized to the application, isolation joints where slabs meet a foundation or column, and a broom finish that holds traction when our afternoon storms hit. What we don’t do is structural or load-bearing foundation work — these are flatwork pads and slabs-on-grade, and we keep our quotes honest about that line.
The local angle for Sarasota: Siesta Key and Lido Key slabs sit feet from saltwater, so corrosion-resistant reinforcement, proper concrete cover, and sealed pavers are essential to fight salt-air scaling and efflorescence. For concrete slabs & pads specifically, that means we excavate and compact the base to depth, plan control and expansion joints for how this ground moves, and confirm drainage before anything is poured or laid. Most Sarasota projects we take on are in Downtown Sarasota, St. Armands Key, or one of the surrounding subdivisions — we’ve worked all of them, we know the HOA / ARC rules, and we know what Sarasota County permitting actually looks for when a permit is involved.
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- ●Shed & storage-building pads
- ●AC condenser & generator pads
- ●Equipment & mini-split pads
- ●RV, boat & trailer pads (6″ + rebar)
- ●Parking pads & driveway aprons
- ●Sidewalks & walkways (4″, broom finish)
- ●Grill, fire-pit & patio pads
- ●Compacted & tested sub-base preparation
- ●Fiber-mesh & welded-wire reinforcement
- ●#4 rebar grids for vehicle loads
- ●Positive drainage pitch away from structures
- ●Control-joint & isolation-joint layout
- ●Broom, trowel & hand-tooled finishes
- ●Vapor barrier under covered / enclosed pads
- ●Old pad removal & haul-away
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- Existing surface demoed and hauled off as scoped
- Subgrade excavated to design depth for slab or paver base
- Soft or organic soil cut out and replaced with clean fill
- Compactable base (crushed limerock / road base) brought in
- Base compacted in lifts with a plate compactor to spec
- Final grade and slope re-checked for positive drainage
- Edge lines, depth, and pad dimensions verified before forming
- Forms set, staked, and leveled to the planned slope
- Fiber mesh and / or rebar / wire reinforcement placed
- Rebar chaired up off the base so it sits inside the slab
- Control-joint and expansion-joint layout planned
- Thickened edges formed where load demands it
- Vapor barrier installed under interior-adjacent slabs
- Forms and reinforcement photographed before the pour
- Concrete mix and PSI confirmed for the application
- Pour placed, screeded, and floated to grade
- Specified finish applied — broom, stamp, or smooth
- Color, release, or stain applied per the approved sample
- Pavers laid to pattern on a screeded sand setting bed
- Edge restraints installed to lock the paver field
- Soldier course / borders set straight and consistent
- Control joints cut or tooled at engineered spacing
- Expansion joints set against the house and fixed structures
- Curing compound or wet-cure applied to the fresh slab
- Pavers compacted into the bed with a plate compactor
- Polymeric joint sand swept in, compacted, and activated
- Slab and paver edges cleaned of slurry and excess sand
- Cure / set time communicated before foot or vehicle traffic
- Site cleaned, forms pulled, and debris hauled away
- Surface pressure-washed and inspected when sealing is scoped
- Sealer applied evenly at the correct cure window
- Final slope and drainage confirmed with a hose test
- Walkthrough with the homeowner — full surface inspected
- Care, curing, and maintenance guidance handed over
- Written workmanship warranty issued and job photos sent
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Downtown Sarasota
St. Armands Key
Lido Key
Siesta Key
Longboat Key
Bird Key
Bay Isles
Golden Gate Point
The Meadows
Palmer Ranch
Gulf Gate
Laurel Park
Southside Village
Cherokee Park
Indian Beach
Sapphire Shores
Arlington Park
University Park (Sarasota side)
Hidden Lake
The Landings
Oakford
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Skipping the base on a slab you’ll build or park on.
A shed slab, an RV or boat pad, an AC or generator pad, a paver-base slab — all of them carry concentrated load, and all of them fail the same way if the base is skipped. We excavate to depth, cut out soft or organic soil, bring in compactable base, and compact it in lifts before forming. The flatwork is only as good as what’s under it.
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Forgetting the vapor barrier under interior-adjacent slabs.
A slab that abuts conditioned or enclosed space — a garage extension, a slab a structure will sit on — needs a vapor barrier under it, or Florida ground moisture wicks up through the concrete and into whatever sits on top. We install the barrier where the application calls for it; skipping it invites moisture, efflorescence, and damaged finishes down the line.
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Under-reinforcing for the actual load.
Fiber mesh is right for many flatwork slabs; a pad that’ll carry a boat trailer, a shed, or equipment often needs rebar or wire on chairs, sized and placed to the load. We match the reinforcement to the use — and we chair the steel up off the base so it actually sits inside the slab, where it does its job, instead of lying uselessly at the bottom.
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Pouring with no plan for where it’ll crack.
Every slab moves as it cures. Without engineered control joints, it cracks where it wants. We plan the joint layout to the slab’s shape and use so the inevitable shrinkage relieves itself in a clean line — not a random web across a pad you just paid for.
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Confirming the mix and PSI after the truck arrives.
The right concrete mix and PSI depend on the application — a light walkway pad and a heavy equipment slab are not the same pour. We confirm the mix design and strength for the specific job before the order goes in, not on the fly when the truck is already on site. The wrong mix is a problem you can’t fix after it’s placed.
2026 Concrete Slabs & Pads pricing for Sarasota homes.
| Option | What it’s best for | Installed cost |
|---|---|---|
| Shed / Equipment Pad (4″, fiber) | Compacted base, reinforced | $7–$11/sq ft installed |
| AC / Generator Pad (small) | Sized & pitched to the unit | $275–$650 each |
| RV / Boat Pad (6″, #4 rebar) | Heavy wheel-load section | $9–$14/sq ft installed |
| Parking Pad / Driveway Apron | Pitched & tied to existing | $8–$13/sq ft installed |
| Sidewalk / Walkway (4″, broom) | Control joints on grid | $8–$13/sq ft installed |
| Patio / Grill Pad (broom finish) | Standard gray, sealed optional | $7–$12/sq ft installed |
| Thickened-Edge Upgrade | Added perimeter for point loads | +$2.50–$4.50/lin ft |
| Old Pad Removal & Haul | Demo & disposal of existing slab | $3.50–$7/sq ft |
Prices include labor, base prep, and standard finishing. Old-surface demo & haul-away quoted per job. Financing available on larger projects. Free written estimate within 24 hrs →
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How thick should my concrete pad be?
It’s set entirely by what sits on it. A sidewalk or a garden-shed pad is fine at 4 inches with fiber or wire reinforcement. A pad carrying real weight — an RV, a loaded boat trailer, a heavy generator — needs to step up to 6 inches with a #4 rebar grid, because the point loads from those will crack a thin slab even on a perfect base. Driveway aprons that see vehicle traffic land in the same 6-inch range. We size the section to your actual use at the estimate rather than pouring everything the same and hoping — over-building a sidewalk wastes your money and under-building an RV pad wastes the whole slab. Tell us the heaviest thing that’ll ever park on it and we spec from there.
Why do concrete pads crack and how do you prevent it?
Two things crack pads in our area: poor sub-base and missing joints. Our sandy, expansive soil settles unevenly when it isn’t compacted before the pour, so the slab loses support and cracks to follow the void — which is why compaction is a logged step in our 42-Point Standard, not an afterthought. The second defense is control joints, cut or tooled on the right grid so the slab relieves its natural shrinkage stress along clean planned lines instead of tearing randomly. We also keep slabs isolated from foundations and columns so the two don’t fight each other as they move. We can’t promise concrete that never cracks — that doesn’t exist — but we can build it so any crack lands in a joint where it’s invisible and harmless.
Do I need a permit or HOA approval for a new pad?
Often, yes, and it depends on size, location, and your community. Many Lakewood Ranch and Bradenton municipalities require a permit once a slab passes a certain square footage or sits near a setback or easement, and most HOAs want ARC approval for anything visible from the street — an RV pad or a front walkway especially. We’re not your permitting office, but we’ve poured enough pads in these communities to flag when you’re likely to need approval and to keep the work inside setback and drainage rules so it passes. We’ll raise it at the free estimate rather than letting you find out after the truck leaves. Getting the paperwork right up front is far cheaper than tearing out a pad that was placed over an easement.
How long before I can use my new slab?
You can usually walk on a fresh pad within 24 to 48 hours, but using it for its real purpose takes longer. Concrete reaches roughly 70 percent of its strength in about a week and keeps curing for a full 28 days. For a sidewalk or shed pad, light use after a few days is fine. For an RV, boat, or vehicle pad, we ask you to hold off parking anything heavy for at least seven days, and ideally longer in cooler weather — rolling a loaded coach onto a slab that hasn’t built strength is a reliable way to crack a pad you just paid for. We’ll give you the specific timeline for your pour and mix at handoff, not a guess.
Free Estimate · No Pressure
Ready for a real estimate on concrete slabs in Sarasota?
Free on-site measure. Written estimate within 24 hours. Concrete Slabs for Sarasota homes, built to the 42-point Lakewood Ranch Concrete standard — Fully Insured.
(941) 352-4308