Paver Installation in
Lantana, FL

The first thing we measure on a Lantana job usually isn't the patio — it's the gate. On Hypoluxo Island and in the waterfront pockets off East Ocean Avenue, three-to-four-foot side yards, mature sea grape hedges, and seawall setbacks mean a machine often can't reach the back of the property at all. That decides how base material arrives: by mini loader, or by wheelbarrow one load at a time across protected sod. It also decides which plate compactor fits through the gate and where the excavation spoil sits while the job runs. We walk that route before quoting, because two hundred feet of hand-carting is real labor and it belongs on the estimate, not in a surprise.

We excavate the whole project area — sod, roots, old slab, and any unsuitable soil — to the depth the finished system needs: base thickness plus sand bed plus paver height. A patio or walkway works out to roughly seven to nine inches of total dig; a Lantana Heights or Seminole Manor driveway sized for a boat trailer goes deeper, because axle loads are carried by base depth and nothing else. On compact lots the dig frequently runs to a fence line or a neighbor's parcel, so we cut the perimeter clean rather than undermining an edge we'd have to rebuild.

East of Dixie Highway, toward the Intracoastal and the older waterfront streets, the subgrade is loose coastal sand that moves once the wet-season water table saturates it. On those parcels we roll woven geotextile fabric across the excavated subgrade before any base material goes down, so the crushed rock can't slowly punch into and mix with the sand below — because when the base migrates, the paver surface follows it. Inland Lantana, west of Dixie on stable sandy fill, generally doesn't need the fabric. We confirm at excavation, when the actual soil is visible, not from a map.

Crushed limerock base material goes in next: a minimum of 6 inches under a patio or walkway, 8 to 10 inches under a driveway, deeper on saturated coastal sites. We place it in two-to-three-inch lifts and run the plate compactor over every lift before the next one is added. Dumping the full depth and compacting once looks identical on the day and leaves soft pockets that telegraph into dips a few seasons later. More passes per lift is slower work, and it is the only route to a genuinely stable base.

Over the compacted base we screed a one-inch layer of bedding sand — coarse concrete sand, never fine play sand — pulled dead level between screed rails. This sand bed is what the pavers actually seat into, so once we level the sand, nobody walks on it; a bootprint in the screeded bed becomes a low paver in the finished surface. Around pool equipment pads, hose bibs, and drain penetrations, the small corrections are made by hand with a trowel rather than dragged through with the screed.

We start laying from a fixed square edge and work off the laid surface, never off the sand bed. Scale matters more here than on a big inland lot: on a twelve-by-fourteen courtyard behind an older Lantana cottage, an oversized contemporary format reads wrong and forces a cut paver on nearly every edge. A smaller unit in a tighter bond fits the house and cuts the waste. Perimeter pieces, borders, and curves around planters are measured and wet-cut individually — a clean cut line at the perimeter is the difference between a finished patio and an obviously improvised one.

A rigid edge restraint goes around the entire perimeter: spiked plastic edging where the paver area meets planting beds and sod, a concrete restraint where it meets open ground or a seawall apron. Without that hard edge the outer courses creep outward under load, joints open, and the interlock that gives the whole system its strength is gone within a couple of wet seasons. On the salt side of town we specify corrosion-resistant spikes — a galvanized spike two blocks from the Intracoastal has a shorter service life than the pavers it is holding in place.

Joint sand is swept across the surface and worked down into every paver joint — marine-grade polymeric compound on Intracoastal-adjacent and Hypoluxo Island work, standard high-quality polymeric sand on inland Lantana. We then run the plate compactor across the finished paver surface, with a protective pad on travertine and porcelain, so the final compaction seats each unit into the bedding layer and drives sand fully up into the joints. Excess sand is cleared with a blower before the joints are misted and set. Locked joints are what block weed growth and the joint washout that plagues loose swept-sand installations.