advanced work · 4100 block of N Watkins St, Frayser, Memphis, TN 38127 (residential)
Relevel a settled pier-and-beam foundation under a home on the 4100 block of N Watkins St, Frayser
Memphis's shifting clay soil settles the brick piers under this block's older housing unevenly, sloping floors and racking door and window frames; releveling the piers is the structural repair everything else depends on. Standard: Pier-and-beam foundation releveling for historic shotgun/bungalow housing stock -- structural jacking, pier replacement/shimming and moisture-source correction under IRC/ICC residential foundation-repair practice. LBC Materials/Place petals (durable, well-maintained existing structures); SDG 11.1 adequate, safe, resilient housing. Proof: Before/after floor-elevation survey showing the low points corrected; Photo documentation of piers/beams before and after; Permit inspection pass reference where required Method (IRC/ICC residential foundation repair practice for pier-and-beam construction -- structural jacking, pier replacement/shimming and moisture-source correction to relevel a settled floor system; licensed foundation-repair contractor performs all structural work, ~240-480 min): 1. Verify the licensed foundation-repair contractor's structural plan and permit; photograph the crawlspace access, existing piers/beams, and any moisture source (standing water, plumbing leak, poor grading) before work. 2. Run a floor-elevation survey (laser level grid) and mark the low points against the structural plan; record every reading. 3. The licensed crew sets jacks, relevels beams to the plan's target elevation, and replaces or shims piers per the engineer's spec -- never load beyond the rated jack capacity. 4. Correct the moisture source found in step 1 (grading, downspout redirect, or vapor barrier per the crawlspace's condition) so the releveling isn't undone by the next wet season. 5. Re-survey the floor elevation to confirm it meets the plan's target, verify door/window operation upstairs, and photograph the finished piers/beams and crawlspace. 6. Pass the local building-permit inspection where required; enter the before/after elevation survey, permit reference, and photos into the proof record; sign it. Equipment: hydraulic floor jacks rated to the structural load, laser level / string line + floor-elevation survey tape, pressure-treated shims and/or new concrete/steel piers per engineer spec, moisture meter (source-control check before closing the work), camera + tablet for the elevation survey and photo log Done when: Before/after floor-elevation survey showing the low points corrected to the structural plan's target; Photo documentation of piers/beams before and after, including any pier replacement or shim material used; The moisture source identified in the pre-work survey corrected (grading, drainage, or vapor barrier); Permit inspection pass reference where required by the jurisdiction
How this work is done
A documented method, so this packet comes out the same whoever does it. Typically 240–480 minutes. Method of record: IRC/ICC residential foundation repair practice for pier-and-beam construction -- structural jacking, pier replacement/shimming and moisture-source correction to relevel a settled floor system; licensed foundation-repair contractor performs all structural work
Bring
- hydraulic floor jacks rated to the structural load
- laser level / string line + floor-elevation survey tape
- pressure-treated shims and/or new concrete/steel piers per engineer spec
- moisture meter (source-control check before closing the work)
- camera + tablet for the elevation survey and photo log
Steps
- 1. Verify the licensed foundation-repair contractor's structural plan and permit; photograph the crawlspace access, existing piers/beams, and any moisture source (standing water, plumbing leak, poor grading) before work.
- 2. Run a floor-elevation survey (laser level grid) and mark the low points against the structural plan; record every reading.
- 3. The licensed crew sets jacks, relevels beams to the plan's target elevation, and replaces or shims piers per the engineer's spec -- never load beyond the rated jack capacity.
- 4. Correct the moisture source found in step 1 (grading, downspout redirect, or vapor barrier per the crawlspace's condition) so the releveling isn't undone by the next wet season.
- 5. Re-survey the floor elevation to confirm it meets the plan's target, verify door/window operation upstairs, and photograph the finished piers/beams and crawlspace.
- 6. Pass the local building-permit inspection where required; enter the before/after elevation survey, permit reference, and photos into the proof record; sign it.
If it does not match the plan
- Floor-elevation survey finds a low point exceeding the jurisdiction's structural-repair threshold or any sign of foundation cracking beyond hairline -> route to a licensed structural engineer before any jacking; never jack past a documented crack without engineer sign-off.
- No moisture source is found or corrected before closing the work -> the releveling is not accepted as complete; document the open moisture item and route it as its own follow-on job.
What counts as done
- Before/after floor-elevation survey showing the low points corrected to the structural plan's target
- Photo documentation of piers/beams before and after, including any pier replacement or shim material used
- The moisture source identified in the pre-work survey corrected (grading, drainage, or vapor barrier)
- Permit inspection pass reference where required by the jurisdiction
Proof is measured against these, not judged by taste.
Claiming is free. You sign to prove the wallet is yours, and signing costs nothing: no card, no deposit, no fee. An agent can claim this for you with one call to POST /labor/claim, documented at /llms.txt.
Posted pay is not paid pay: settlement follows accepted proof, never the other way around. Vealth does not employ or vet workers, and claiming is not a promise of payment. See how proof and receipts work.