Townsend Handyman Services installs precision flooring and executes residential structural repairs across Cape Girardeau County.

The homeowner had carpet removed from an 840-square-foot living room and connecting central hallway. The underlying 3/4-inch tongue-and-groove plywood subfloor exhibited a 3/8-inch dip along the primary load-bearing hallway seam where seasonal settlement had pulled the framing down over two decades. Laid straight out of the box, floating click-lock planks would have flexed across that seam, popped their locking tongues within six months, and produced hollow clicking under foot traffic.

We mapped the high and low contours across the whole 840 square feet using a six-foot precision aluminum box level and a self-levelling cross-line laser. The high ridges were planed flat with a carbide rotary planer, while the central valley was primed and filled with high-compressive cementitious floor patch to bring the entire surface within our mandatory 1/8-inch tolerance over ten feet. Once cured, we installed dense closed-cell acoustic underlayment, undercut nine interior door jambs flush with an oscillating saw, and clicked 20-mil commercial wear layer LVP continuously from room to room with no awkward transition strips dividing the threshold.

Total project duration ran two and a half days including subfloor cure time. The customer supplied their own chosen planks from a local supplier, and Townsend Handyman Services billed strictly for tear-out disposal, cementitious leveling compound, acoustic underlayment, jamb undercutting, and installation labor.

The project called for continuous solid 3/4-inch by 3-1/4-inch prefinished white oak hardwood to replace pet-stained laminate across a 560-square-foot ground-floor living area. Many fast-turn contractors drop timber bundles into a home on Friday morning and begin nailing right away, which leads to cupping and gapping when winter heating dries the boards. We refused to drive a cleat until the timber had rested inside the heated space for 48 hours and pin-type moisture meter readings confirmed subfloor and oak were within 2 percent equilibrium moisture content.

After tearing out the old laminate, we fastened down loose subfloor sheets using two-and-a-half-inch coarse-thread screws driven into the floor joists to eliminate recurring squeaks. We rolled out 15-pound asphalt saturated organic felt as a dedicated vapor retarder, overlapping seams by four inches. Planks were racked out across the room from multiple bundles simultaneously to blend wood grain variations, then driven tight using a pneumatic flooring nailer with two-inch barbed flooring cleats along every tongue at eight-inch intervals.

Custom matching oak reducers were milled on our compound miter station to meet the kitchen tile smoothly, and all expansion gaps around perimeter baseboards were finished with matching shoe moulding pinned into the base rather than the floorboards.

A Cape Girardeau property owner contacted our desk after noticing severe bounciness in a master bedroom floor and visible deflection when walking near the wardrobe closet. Inspection revealed that previous plumbing alterations beneath the floor had notched three consecutive two-by-ten joists beyond structural building tolerances, causing the 5/8-inch plywood subfloor to sag by more than half an inch over an eight-foot span.

Before any new flooring could be considered, we opened the crawlspace access to sister two-by-ten structural Douglas fir timbers along the damaged joists, securing them with structural through-bolts and heavy construction adhesive. From above, we set up our six-foot aluminum box level and green cross-line laser to gauge the remaining deflection. We replaced rotted subfloor sections with 3/4-inch tongue-and-groove underlayment plywood, secured with structural ring-shank fasteners, and feather-finished the seams.

The customer paid our standard hourly handyman diagnostic and repair rate of $50–$150 per hour for the structural reinforcement, with materials billed transparently at merchant receipt cost. The subfloor is now structurally rigid and ready for rigid-core plank without any risk of joint failure.