Foundation Repair, Crawl Space Encapsulation & Crawl Space Repair in Richmond, VA

What brings people to this is rarely the foundation itself. It is a door that has to be shouldered, a line opening where the ceiling meets the trim, brickwork outside splitting on a diagonal. Below all of that, one section of footing has travelled further down than the rest and everything above has come with it. In Church Hill, where the housing averages 1938, a good deal of that travelling happened before anyone alive owned the place.

The repair takes the house off ground that has already proved unreliable. Support is carried down through the soft material to something that will bear weight, and the footing is handed over to it. If the wall rather than the footing is what moved, it gets held where it stands instead. And if all the movement finished decades ago and only the damage remains, sealing and filling is the entire job. Few houses need more than one of the three, and identifying which is the point of coming out. Where a corner has gone down far enough to read across a doorway, some can be brought back rather than only stopped, taken slowly along the whole line so a century-old frame is not twisted.

None of it touches the moisture. Where damp ground is why the footing sank, that gets addressed alongside, or you are looking at the same cracks in five years. Which is why we go under the house as well as walking round it. Fulton Hill through Westover Hills, and looking at it costs you nothing.

More Richmond homeowners search for this than for anything else we do, and most arrive wanting a price rather than an explanation. Fair enough. What it does is straightforward: open soil under a house gives up water continuously, the joists overhead drink it, and eventually a floor that was fine for eighty years is not. What people actually want to know is what that costs, so here it is plainly.

Priced by floor area, because that is what drives it. A partial space beneath one wing of a house is the cheap end, typically low four figures. A full footprint with a dehumidifier sized to it, which is what most Richmond houses need, generally runs into the mid four figures. Add drainage first if water is genuinely running under there and it climbs from that. The work itself: reinforced liner across the whole floor, up every pier and up the perimeter, taped at the seams, carried over the top of the footing instead of finishing at its base, vents closed, and a dehumidifier set to drain holding the rest. Vents get closed as part of it, because Richmond air in July brings in more water than it takes out.

It is not structural. A floor that has already dropped needs supports as well, and putting a liner over standing water simply hides it. If your space is genuinely dry, a barrier alone will do and we will say so. Church Hill to Westover Hills, the inspection is free.

Water standing against a Richmond house finds its way inside sooner or later. It moves through the soil, ends up beneath the floor, and holds the crawl space damp whatever else is done down there. You spot it as a strip of lawn still soft days after rain, or ground along one elevation that never properly dries. Around Westover Hills, where the lots slope, it tends to collect at the low corner of the house.

The trench opens above whatever keeps getting wet. Filter fabric first so silt cannot blind it, then perforated pipe set to a consistent fall, then washed stone packed round the whole thing. Water moving through the soil hits the stone, falls into the pipe, and leaves. How deep it sits counts for more than how far it runs. The pipe has to be under the level the water is travelling at, so it tracks the fall of the land rather than any boundary. Downspouts emptying at the wall get picked up in solid line and taken well clear. Where the pipe finishes matters as much as where it runs. Emptying into ground that is already holding water achieves nothing, so the outfall goes somewhere with somewhere for it to go, which on a tight city lot takes some working out.

This handles groundwater and nothing else. A crawl space damp from humid air is a different job entirely, and regrading is sometimes the cheaper answer, which we will say when it is. Fulton Hill and the rest of Richmond, priced free.

A floor running downhill across a room is telling you about something a few feet below it. Individual supports press into earth that was never compacted, the main beams lose their run between bearing points, and joists breathing damp air since the Coolidge administration are not what came off the truck. Church Hill and Fulton Hill hold plenty of houses old enough for all three to be happening simultaneously.

The work replaces what carries the floor. Spent piers are removed and adjustable steel set on newly poured pads takes over, so the weight rests on concrete instead of the ground that already failed once. Beams are brought back to line in increments over several days, since raising a century-old floor in a single afternoon opens the plaster and lifts the tile in the rooms overhead. Weak joists get new lumber run and bolted beside them, any soft end is trimmed back to solid timber and given proper bearing, and anything gone through entirely is swapped out rather than propped.

Raising a floor changes nothing about why it dropped. Leave the ground below wet and the fresh lumber ends up like the old lumber. Both get assessed in the same visit, and you hear straight which part is pressing and which will keep another year. Access shapes the price as much as the work does: a space you can sit upright in is far quicker to move around than one you have to lie flat in, and that difference shows up on the quote. Westover Hills through Church Hill, free.

Everything else down there gathers water and points it somewhere. The pump is what actually gets it out of the building. Most owners are introduced to theirs on the evening it fails, in the middle of the exact weather it was installed for. Age explains nearly all of it. A unit grinding through wet Richmond springs is not a twenty-year proposition, and beyond seven or eight years it is borrowed time.

It sits wherever the floor falls to. The pit drops into that hollow so the surrounding lines discharge into it, and the pump stands on a firm base inside rather than sinking into accumulated silt, which finishes more of them than working hard ever does. A check valve keeps the last lift from draining straight back down the column. The outlet has to terminate well clear of the wall, since ending it close by just returns the same water to the same soil. A battery unit handles the outage that turns up with the weather, and the switch is worth specifying: a tethered float in a tight pit can catch and never fire.

By itself it waterproofs nothing at all. With nothing routed toward the pit, it stays dry while the opposite corner floods. It works as part of a whole, so we look at what is already fitted before suggesting a new one. On a house with flooding history a backup unit mounted above the primary is worth having, since it only runs when the first falls behind. Church Hill to Fulton Hill, free.

Only a minority of Richmond houses have a basement at all, so this is the exception here rather than the rule. Where one exists it is usually beneath part of an older property, and the water arriving in it is not coming through any single point you could put a finger on. Ground outside holds rain, pressure builds against the structure, and it surfaces at the weakest line it can find. Which is precisely why patching whatever patch you can see never holds for long.

Rather than resisting that pressure, the work gives the water an easier route. A channel is opened around the inner edge of the floor slab, perforated pipe beds into clean washed stone below floor height, and the fall carries everything to a pit where a pump throws it out beyond the building. The stone has to be washed, not the material that came out of the trench, because fine particles migrate into the pipe slots and a clogged line quits working inside a season or two. A wall barrier gathers whatever seeps through the block and sends it down behind into the same line. Not every basement needs all that: where the fall of the yard puts water against the wall, reshaping the grade is smaller and sometimes the whole fix, and sealing one active crack can be another.

It does nothing for a failed supply pipe and will not resolve condensation. Damp smell with a dry floor is humidity, not groundwater, so say so on the phone. Westover Hills to Fulton Hill, no charge.