Commercial Earthwork · North Texas
Commercial Site Grading in Dallas-Fort Worth & North Texas
Precision grading for commercial, industrial, multifamily and civil construction projects throughout North Texas — mass grading, cut and fill, building pad preparation, paving subgrades and soil compaction, executed to the civil plans and the geotechnical report.
Mass grading
Building pads
Paving subgrades
Cut & fill
Compaction
Dallas-based
Short mobilization across the metroplex
Commercial, industrial, multifamily, civil
Specified earthwork scopes only
Licensed & insured
Certificates on request
GPS machine control
Grade held to the plan surface
Who we work for
Commercial grading for North Texas construction projects
Every trade on your schedule is waiting on grade. Commercial site grading establishes the elevations, slopes, subgrades and compaction that building pads, paving, utilities and drainage are built on — and it sets the working surface your crews and haul trucks live with for the rest of the job.
IRONWILL Earthworks is a North Texas earthwork contractor. We grade to the civil plans, the project specifications and the geotechnical recommendations, and we sequence the work around the general contractor’s schedule so the following trades get a site they can start on. Our crews work for GCs, developers, construction managers and owners on commercial, industrial, multifamily and civil sites across Dallas-Fort Worth.
Below: what commercial grading includes, how the work sequences, what North Texas ground does to a grading plan, and what we need to price a project. If you already have a plan set, send it over.
Scope
Commercial grading capabilities
Mass grading
Large-scale elevation work across the full site: cutting down high ground, filling low ground and balancing material to reach design subgrade. Where the earthwork quantities allow, balancing on site reduces import, export and haul cost.
Building pad preparation
Subgrade under structures: proof-rolling, moisture conditioning and compaction in controlled lifts to the density and moisture range the geotechnical report calls for, then pads graded to the elevation and tolerance on the plans.
Paving subgrade preparation
Subgrades for parking fields, drives, access roads, fire lanes, truck courts and loading areas — prepared and compacted so base and paving go down on a surface that holds under loaded traffic.
Cut & fill
Moving material across the site to establish planned elevations rather than trucking it in or out. We work from the earthwork quantities in the plans and the conditions we find, and flag it early when unsuitable material changes the balance.
Moisture conditioning & compaction
Drying, wetting, mixing and reworking soil to bring it into the specified moisture range, then compacting in lifts. Density testing is performed by the project’s testing lab; we prepare material to the specification and rework what does not pass.
Drainage-aware grading
We build the slopes, swales, flow lines and pad elevations the civil engineer drew, so the site drains the way the approved plan intends. Positive drainage away from pads and paving is not an add-on — it is the grade.
Site preparation
Grading rarely arrives alone. We handle clearing and stripping, topsoil stockpiling, excavation, erosion control and earthwork sequencing as part of broader commercial site preparation.
Roles on a graded site
Who designs the grade, and who builds it
On a commercial project three parties own different pieces of the grade. Knowing which is which saves arguments in the field and keeps responsibility where it belongs.
Civil plans and geotechnical recommendations define the requirements. Experienced field crews turn those requirements into a properly prepared site.
Civil engineer
Establishes the grading design: proposed elevations and contours, slopes, pad and pavement locations, drainage intent, and the earthwork quantities shown on the plan set.
Geotechnical engineer
Investigates the soil and issues recommendations: compaction and moisture criteria, suitable and unsuitable material, subgrade preparation, stabilization and related specifications.
Earthwork contractor — IRONWILL
Executes the work in the field: clearing and stripping, cut and fill, moisture conditioning, compaction, rough grade and final grade — built to the plans, specifications and geotechnical recommendations.
We do not stamp grading plans. When field conditions conflict with the plan — unsuitable material, a flow line that will not work, quantities that do not match — we raise it with the GC and the design team before it becomes rework.
Why it matters
The groundwork behind everything that follows
Grading is the first major scope on site and the one every later scope inherits. Done to plan, it supports the work above it; done loosely, it shows up later as rework, change orders and schedule pressure.
Building pads
Compacted subgrade at the specified elevation is what the structural scope is priced and scheduled against.
Paving
Parking fields, fire lanes and truck courts only perform as well as the subgrade under the base course.
Utilities
Wet and dry utilities are installed to depths measured from finished grade, so grade has to be right before they go in.
Drainage
Slopes, swales and flow lines built to the civil plan are how stormwater leaves the site the way it was designed to.
Site access
Haul routes, crane pads and laydown areas need stable, drained ground to keep production moving.
Sequencing
Grading hands off to utilities, paving and vertical construction. Slipping grade moves every date behind it.
Compaction
Material placed and compacted to the geotechnical specification reduces the risk of settlement under pads and pavement.
Long-term performance
Drainage and stable subgrade contribute to how the pavement and site hold up over the life of the property.
Field sequence
Our commercial site grading process
The order varies with the plan set, the phasing and the weather. This is the sequence most commercial grading scopes follow in North Texas.
01
Review plans and geotechnical requirements
Grading plan, cut/fill map, quantities, pad elevations, specifications and the geotech report — read together before mobilizing, so scope gaps surface early.
02
Clearing and stripping
Vegetation, debris and topsoil removed to the depth specified, with erosion control installed and topsoil stockpiled where the plan calls for reuse.
03
Cut and fill
Bulk earthmoving to the design surface, balancing material on site where quantities allow and hauling only what the plan and conditions require.
04
Moisture conditioning
Water added or material dried and reworked to bring soil into the moisture range the specification allows before compaction.
05
Compaction in lifts
Fill placed and compacted in controlled lifts, with the testing lab checking density and moisture as the work proceeds.
06
Rough grading
Site brought to within rough tolerance of design subgrade — pads, paving areas, ponds and drainage features take their shape.
07
Fine and final grading
Pad elevations, pavement subgrade, swales and flow lines tightened to the tolerance on the plans, typically with GPS machine control.
08
Grade verification and handoff
Grades checked against the plan, test results collected, and the site turned over to utilities, paving or the structural trades.
Regional conditions
Built for North Texas ground conditions
Much of Dallas-Fort Worth sits on clay-rich soils that change volume with moisture. The same fill that compacts cleanly in a dry week can be unworkable after a heavy rain, and expansive clay under a pad or a parking field behaves differently wet than dry. That is why the geotechnical report — not habit — drives moisture conditioning, lift thickness and, where it is specified, lime or cement stabilization.
In practice it means watching the weather window, protecting finished subgrade, keeping erosion control ahead of the work, and not chasing compaction on material that is outside its moisture range. More on the regional detail in why North Texas clay soils make proper grading non-negotiable.
Shrink and swell behavior in expansive clay
Moisture-sensitive subgrade and lift placement
Stabilization where the geotech report specifies it
Wet-weather schedule risk and erosion control
Sectors
Commercial grading for multiple project types
Commercial development
Retail, office and mixed-use — pads, parking fields, drives and drainage features graded to the civil plans.
Industrial
Warehouse, distribution and manufacturing, where truck courts and heavy-load pavement put the subgrade specification front and center.
More on the sectors we work in: IRONWILL market sectors.
Planning a North Texas development?
Send the civil plans, the geotechnical report, or just the address and acreage. We will walk the earthwork scope with you and tell you what we need to put a number on it.
Reference
What is commercial site grading?
Commercial site grading is the earthwork that reshapes a site to the elevations and slopes on the approved civil plans and prepares the subgrade under buildings and pavement to the compaction the project specifies. It covers clearing and stripping, cut and fill, moisture conditioning, compaction, rough grade and final grade.
On a commercial project it is a specified scope with stated tolerances, density testing and inspections — not a matter of making ground look level.
Commercial vs. residential grading
Scale and load. Acres rather than lots, carrying structures, loaded trucks and large paved areas.
Specifications and testing. Density and moisture criteria from a geotechnical report, verified by a testing lab.
Engineered drainage. Storm systems, inlets, swales and detention designed by a civil engineer.
Heavy-duty access. Fire lanes, loading areas and truck courts built for constant use.
Review and coordination. Plan review, inspections and sequencing with other trades on a live schedule.
Rough grading vs. final grading
Rough grading
Moves the bulk of the material and brings the site within a rough tolerance of design subgrade. Most of the earthwork cost lives in this phase.
Final (fine) grading
Tightens the surface to the tolerance the specification allows. Fine grade is what following trades build on, so it is usually the last thing checked before handoff — and tolerances vary by surface and by job, so verify against the plan set rather than a rule of thumb.
Cut, fill and soil balancing
Cut is material removed from high areas; fill is material placed in low areas. Balancing means reusing cut as fill on the same site so the project imports and exports as little as possible — usually the largest single lever on earthwork cost, because haul is priced by the truckload and the mile.
Plan quantities are a starting point. Shrink and swell factors, unsuitable material, over-excavation, moisture and weather all move the real numbers.
Understanding commercial grading plans
The grading sheets in a commercial plan set usually carry:
Existing and proposed contours, spot and pad elevations
Slopes, flow arrows and drainage structures
Cut/fill map and earthwork quantities
Erosion control and SWPPP details
Stockpile, staging and haul-route areas
Geotechnical notes, subgrade and compaction requirements
Phasing, if the site is built in stages
Related reading: commercial site preparation checklist for North Texas projects.
Service area
Commercial site grading across Dallas-Fort Worth
We work on commercial, industrial, multifamily and civil projects throughout North Texas, from infill sites inside the loop to greenfield development on the northern edge of the metroplex. Crews and equipment are based in Dallas, which keeps mobilization short across the region.
Regular work in Dallas, Fort Worth, Arlington, Plano, Garland, Frisco, McKinney, Denton, Prosper and Celina, plus the surrounding communities. If your site is in the metroplex, ask — it is usually in range.
Send with your inquiry
→
Civil plans, including the grading sheets
→
Geotechnical report, if it has been issued
→
Site address and acreage
→
Target schedule and phasing
→
Known site constraints or access limits
FAQ
Commercial site grading FAQ
What is commercial site grading?
Earthwork that reshapes a commercial site to the elevations and slopes on the approved civil plans and prepares the subgrade under buildings and pavement to the project’s compaction requirements.
What does commercial grading include?
Clearing and stripping, cut and fill, moisture conditioning, compaction in lifts, rough and fine grading, and grade verification — plus erosion control and coordination with the trades that follow.
What is the difference between rough grading and final grading?
Rough grading moves the bulk of the material; fine grading tightens pads, pavement subgrade and drainage features to the specified tolerance.
How does North Texas clay affect site grading?
Clay-rich soils are moisture sensitive and can shrink and swell with wet and dry cycles. That drives moisture conditioning, lift thickness, subgrade protection and any specified stabilization — and it makes weather a real schedule factor.
Does commercial grading include building pad preparation?
Usually, yes — proof-rolling, moisture conditioning, compaction in lifts and grading the pad to the specified elevation. The plan set and contract define the exact split.
When does grading take place during site preparation?
After clearing, stripping and erosion control, and before utilities, paving and vertical construction. On phased sites, grading returns between phases as areas are released.
What information is needed to estimate a commercial grading project?
Civil plans with the grading sheets, the geotechnical report if issued, site address and acreage, target schedule and phasing, and any known access constraints.
What affects the cost of commercial site grading?
Cut and fill quantities, import and export, haul distance, unsuitable material, stabilization, moisture conditions, site access, acreage, specifications, sequencing, and what the civil plans and geotechnical requirements call for. Commercial grading is estimated from those inputs and actual site conditions rather than a simple square-foot rate.