Water that flows across the surface of your yard can cause significant damage if it's flowing toward the house instead of away. Surface drainage solutions — including regrading, swale construction, and berm installation — redirect that flow so it exits the property without threatening the foundation or creating erosion problems.

Haltom City sits just northeast of downtown Fort Worth, one of Tarrant County's older, more industrial inner suburbs, built up primarily in the postwar decades as Fort Worth's manufacturing and rail economy expanded outward. The city's housing stock, older on average than the newer suburbs farther from Fort Worth's urban core, means original drainage infrastructure from the 1950s-60s is a common finding rather than the exception. Tarrant County's Eagle Ford and Woodbine clay formations produce real shrink-swell behavior through North Texas's wet-spring, dry-summer cycle, and Haltom City's flatter, more built-out inner-suburb terrain — with less undeveloped land to absorb runoff than the newer outer suburbs — means stormwater has fewer places to go during the region's periodic intense rain events. The city's older commercial strips along Belknap Street carry some of the same 1950s-era drainage infrastructure found in its residential blocks.

Regrading and Swales

Many drainage problems are the result of incorrect grading — either from original construction, soil settlement, or landscaping that has changed the surface contours over time. We connect you with contractors who regrade problem areas to restore positive drainage away from the home. In some cases, a swale — a shallow, vegetated channel — is the right solution for directing concentrated flow across the property safely. Correct grade is a small number that matters a lot: a slope of even a few percent away from the foundation over the first several feet is usually enough to keep water moving in the right direction, but a yard that's flat or, worse, sloping the wrong way needs real regrading, not just a cosmetic fix.

  • Regrading near the foundation — restoring positive slope away from the house over the first 6-10 feet, the single highest-impact surface fix on most properties.
  • Swale construction — a shallow, vegetated channel that carries concentrated flow safely to a discharge point without underground pipe.
  • Berms — low earthen ridges that redirect water around a structure or feature rather than through it.
  • Re-establishing lost grade — common on older properties where years of landscaping, mulch buildup, or soil settling have quietly erased the original drainage slope.

What Surface Drainage Can and Can't Solve

Surface drainage works well when the problem is water running across the yard toward the house. It's less effective for subsurface water that rises from below or migrates through the soil. In those cases, surface drainage is often combined with french drains or catch basins. A provider assesses the full drainage picture before recommending any single solution. A simple way to tell which type of problem you likely have: surface issues usually show up quickly during a storm, with visible flow you can watch happen, while subsurface issues tend to show up later, as dampness or pooling that appears well after the rain has stopped.

  • Solves well: water visibly flowing across the yard toward the house during rain.
  • Solves well: erosion channels or bare dirt paths where surface runoff repeatedly follows the same route.
  • Doesn't solve alone: dampness or pooling that appears hours after rain has stopped, more likely subsurface.
  • Doesn't solve alone: water reaching a basement or crawl space from below rather than over the surface.

Have Questions?

We're happy to discuss what you're dealing with before you commit to anything. Call us and we'll tell you what's likely causing it.

Call (469) 501-9927

This content is reviewed by the Texas Drainage Solutions editorial team and informed by licensed-contractor sourcing, manufacturer documentation, and established industry standards for Drainage. Read our editorial standards.