Site Preparation

The longevity of any vertical structure depends entirely on the quality of the dirt work completed before the concrete is poured. Professional earthwork goes far beyond moving soil from one spot to another. It involves a strict process of testing, cutting, filling, and compacting to alter the topography safely and effectively. At TD Craft Grading, we handle every phase of earthwork and excavation required to take a raw piece of land and turn it into a buildable pad. In South Carolina, developers encounter a wide variety of soil profiles, ranging from the dense red clay of the Piedmont region to the highly shifting sandy soils of the Lowcountry. Failing to prepare these distinct soil types often leads to foundation settling, poor structural drainage, and structural failures down the road. By investing in specialized excavation services at the outset, property owners protect their financial investments and ensure full compliance with municipal building codes. We approach every site preparation project with the specific goal of creating an immovable foundation for your future buildings.

GPS Grade Control

Meeting the tight schedules of modern commercial and residential development requires heavy machinery equipped with modern technology. Our fleet utilizes Topcon GPS technology integrated directly into the hydraulics of our equipment. This grading system allows our machine operators to visualize exact digital 3D terrain models in real time right from the cab of their dozers and excavators. By eliminating the traditional guesswork of manual staking and constant checking with a grade rod, we maximize daily production and achieve sub-inch vertical accuracy on every single pass across the site. This level of technological precision guarantees that your site is cut and filled to the exact specifications of the approved engineering blueprints. Operating with GPS machine control reduces material waste, lowers fuel consumption, and prevents project delays caused by over-excavating or under-filling a pad. TD Craft Grading delivers finished grades that pass surveyor checks the first time, keeping your entire construction schedule on track.

Soil Compaction

Handling the diverse geotechnical profiles across South Carolina requires regional expertise and a flexible fleet of specialized machinery. The thick red clay common throughout Greenville, Spartanburg, and Anderson requires heavy compaction equipment and precise moisture control to eliminate microscopic air pockets that cause future shifting. When clay is too wet, it must be aerated and dried out before it can be used as fill dirt. When the material is too dry, we must haul in water to reach the optimal moisture content for proper compaction. Coastal projects demand specialized techniques to stabilize sandy substrates and manage high water tables during deep trenching operations. Our operators understand how to manipulate these various materials to pass strict density tests. We ensure that every layer of soil is stabilized, benched, and compacted in small lifts to meet or exceed the maximum dry density standards dictated by the soils engineer on record.

Site Drainage

A complete earthmoving strategy must account for how water will interact with the newly reshaped landscape after the heavy machinery leaves. TD Craft Grading integrates heavy excavation services with required water management structures to prevent site degradation and soil washout. As we reshape the acreage of your development, we simultaneously cut out the precise footprints required for detention ponds, sediment basins, swales, and storm drainage networks. Properly installing these utilities and contours ensures that rainwater is immediately directed away from structural building pads, parking lots, and roadways. Keeping your active job site dry during construction minimizes weather delays and protects the surrounding environment from heavy soil erosion. We focus heavily on grading land so that surface water flows exactly where the civil engineer intended, protecting the underlying soils from erosion and preventing standing water from weakening the subgrade.