Grading & Excavation in Fort Worth, TX

Grading and excavation is priced per site rather than as a flat rate, since square footage, cut depth, and how much material needs to be hauled off all change the number. It's one of the biggest swing factors in an overall paving quote — a lot that's already close to grade costs far less to prep than one needing 12 inches or more of cut and fill. We evaluate slope, drainage, and existing conditions on-site before quoting a fixed number rather than estimating grading work over the phone. Jobs bundled with a full paving project usually cost less overall than scoping grading and paving separately with two different contractors.

Most residential and small commercial sites take 1 to 3 days for grading and excavation, assuming reasonable equipment access and no unexpected obstructions like buried utilities or old foundations. Base and subgrade preparation — placing and compacting the aggregate base course — adds another 0.5 to 2 days once the site is cut to the correct elevation. Larger commercial sites or lots needing significant fill take longer, and weather adds delay since compaction doesn't hold up well on saturated clay. We give a duration estimate as part of the written scope, not a guess pulled from square footage alone.

Grading is reshaping the existing ground to the correct slope and elevation, using cut-and-fill to move soil that's already on-site into the right contours. Excavation is removing material entirely — old asphalt, concrete, tree stumps, unsuitable fill, or excess soil that has to be hauled off the property rather than reused. Most jobs need both: excavation to get down to a workable subgrade, then grading to set the final slope before base material goes down. Treating them as separate line items in the quote is how you avoid paying for equipment mobilization twice.

Haltom City, North Richland Hills, and Watauga all sit on high-plasticity 'black gumbo' clay weathered from the Eagle Ford and Woodbine formations, with clay content that frequently exceeds 50%. That clay swells when saturated and shrinks hard through a dry Texas summer, moving several inches seasonally regardless of what's built on top of it. Subgrade stabilization — compacting an aggregate base to ASTM D698/D1557 Proctor density, and treating with lime or cement where the clay is especially reactive — gives pavement a structural layer that flexes with that movement instead of cracking with it. Skipping this step is the single most common reason new pavement fails within a season or two out here.

In most cases, yes — standing water is almost always a slope problem, and regrading to correct cross-slope or add drainage grading to daylight solves it without a full pavement replacement. We assess where water is actually coming from and where it needs to go, then cut or fill to move it there rather than just patching the symptom. Porous asphalt is also worth discussing on sites managing heavier stormwater volume, since it can infiltrate up to 80% of runoff compared to standard impervious paving. A regrade done correctly the first time avoids repeating the fix again after the next hard rain.

It depends on the city and the scope of the work. Haltom City, North Richland Hills, and Watauga each issue their own grading, excavation, and site-work permits through their building departments rather than routing through Tarrant County, and larger cuts or fills can trigger additional site-plan or drainage review. Unincorporated pockets around these cities fall under Tarrant County jurisdiction instead. We confirm the permitting path for the specific address and scope before equipment mobilizes, so it's never a surprise mid-project.

Yes — site grading, excavation, drainage correction, and subgrade stabilization are all scoped and quoted as standalone work, whether the paving comes later from us or from a different contractor entirely. Property owners regrading a yard for drainage, clearing a pad site before a build, or correcting a failed lot before someone else pours concrete all fall under this scope. We just need the target elevations and drainage plan up front so the finished grade matches whatever gets built on top of it.

Grading and excavation crews use excavators for removal and rough cuts, motor graders or box blades for fine grading to final elevation, and compactors — plate compactors for tight spots, drum rollers for open areas — to bring the aggregate base to target density. Compaction gets density-tested to ASTM D698 or D1557 Proctor standards before the job is signed off, rather than judged by eye. Equipment selection depends on site size and access — a tight backyard regrade uses different machinery than a half-acre commercial pad.

Grading and subgrade prep are the single biggest factor in pavement lifespan on Tarrant County's expansive clay — a well-compacted base with correct drainage slope gives asphalt or concrete a stable structural layer that can last 15 years or more, while a shortcut on grading routinely shows up as heaving and cracking within a season or two. The clay under Haltom City, North Richland Hills, and Watauga moves several inches seasonally whether or not it's paved over, so the base has to be engineered to handle that movement, not just support the surface load. We hold this step to the same standards — TxDOT specs and Proctor compaction testing — regardless of whether the finished surface is asphalt, concrete, or gravel.

Excavation and removal of the old surface has to happen first, since you can't grade to a new elevation with the old pavement still in the way. Once the old material is hauled off, the site gets cut and graded to the correct slope, the subgrade is compacted, and a new aggregate base is placed before any new asphalt or concrete goes down. Skipping straight from demolition to paving without regrading in between is how old drainage problems and old subgrade weaknesses end up baked into the brand-new surface. We treat removal, grading, and base prep as three distinct steps in the written scope, not one bundled line item.