Frequently Asked Questions

Flat terrain eliminates natural drainage slopes, so grading must create precise elevation changes to direct water away from foundations. Even minor grading errors cause standing water, foundation movement, and long-term structural issues. Survey-spec slope calculations and compaction to building code prevent these problems before construction starts.

Full site prep includes clearing brush and debris, establishing grade from survey specifications, installing drainage swales or culverts, and creating equipment access roads for utilities and builders. Multi-trade sequencing coordinates utility locates, inspections, and builder arrival. Turnkey prep delivers grade-ready lots before foundation work begins.

High water tables and heavy seasonal rain saturate soil around foundations when drainage is inadequate. Saturated clay soil expands and shifts, cracking slabs and causing uneven settlement. Proper drainage swales, retention areas, and positive slope flow keep water away from foundations and prevent these costly failures.

Clearing should occur before any grading or drainage work begins, allowing full site access for equipment and accurate elevation measurement. Seasonal rain affects scheduling—clearing during dry periods reduces soil compaction damage and allows faster turnaround. Immediate hydroseeding after clearing prevents erosion before construction phases start.

Seasonal moisture fluctuation and inadequate base compaction cause asphalt and concrete to crack and settle within months. Proper subgrade excavation to depth, compacted rock or gravel base placement, and crown grading for water runoff extend pavement life significantly. Base prep determines whether driveways last years or decades.

Hydroseeding applies a slurry of grass seed, fiber mulch, fertilizer, and soil conditioners that bond to soil and establish root systems within days. South Louisiana's heavy rainfall causes severe washouts on bare graded lots without immediate stabilization. Rapid turf coverage holds soil in place and prevents costly re-grading.

Selective clearing removes specific trees and vegetation while preserving mature trees or natural buffers, often required by subdivision covenants or environmental permits. Full site clearing removes all vegetation to bare ground for maximum building area. Equipment choice and debris handling differ significantly between the two approaches.

Louisiana clay soil becomes sticky and unworkable when wet, and hardens when dry, making depth control difficult. Over-digging below foundation grade requires expensive fill and re-compaction. Shallow groundwater tables demand careful dewatering timing. Operator experience prevents costly over-excavation and schedule delays.

Site access, existing vegetation density, required elevation change, soil type, drainage complexity, and material import or export volume all affect pricing. Projects requiring culvert installation, retention pond excavation, or building pad compaction to code add cost. Flat terrain with minimal elevation change generally costs less than complex multi-level grading.

Standing water after rain, soft or saturated soil during dry periods, and low-lying areas relative to surrounding properties all indicate drainage problems. Flat south Louisiana lots often lack natural runoff paths. Survey elevation data reveals whether positive slope exists to move water away from planned foundation locations.

Excavation includes digging to specified depth per foundation plans, removing and staging material for reuse or disposal, managing trench walls to prevent collapse, and coordinating with utility locates to avoid underground lines. Material reuse on-site for grading reduces haul costs. Final elevation verification ensures builders pour to correct depth.

Out-of-town builders and volume home construction demand fully prepared lots—cleared, graded, drained, and access-ready—before crews arrive. Delays in site prep stall entire subdivision schedules and increase builder costs. Turnkey readiness means utilities can install immediately and foundations can pour without waiting on earthwork coordination.

Built From the Dirt serves commercial developers, subdivision builders, and large acreage landowners across Lafayette, Baton Rouge, Lake Charles, and surrounding parishes. The company delivers land clearing, grading, demolition, excavation, and drainage as a full-service package, so commercial clients work with one contractor from raw ground to a job-ready site.

Built From the Dirt handles excavation and land clearing at every scale, from single residential lots to multi-acre commercial developments across Lafayette and the broader Acadiana region. Having the equipment and crew depth to serve both markets means the company can mobilize quickly regardless of project size.

Yes, Built From the Dirt is equipped for full-service site work on large acreage projects, covering land clearing, grading, drainage, and excavation under one contractor. Working across Lafayette, Baton Rouge, Lake Charles, and surrounding parishes, the company handles the complete scope commercial developers and large landowners need before vertical construction can begin.

Built From the Dirt designs and installs drainage systems for commercial pads, subdivision lots, and residential builds across Lafayette and Acadiana. Work includes site grading for positive water flow, swale shaping, culvert installation, and French drains — all engineered around South Louisiana's flat terrain and heavy clay soils. Drainage can be handled as part of full-service site prep or as a standalone scope.

Yes — Built From the Dirt handles grading and drainage as a combined scope on commercial site work throughout Acadiana. Coordinating both under one contractor eliminates the hand-off gaps that commonly cause drainage failures on flat, clay-heavy South Louisiana terrain, and keeps the site moving on a single schedule.

South Louisiana's flat topography and dense clay soils give water nowhere to go without deliberate grading, so drainage must be designed into a lot before any structure goes up. Without positive slope, swale placement, and proper culvert sizing established during site prep, standing water can undermine foundations, erode pads, and stall the entire development.