Service
General Contractors of Garland handles warehouse construction with one coordinated project workflow covering site readiness, building systems, field sequencing, and final turnover for Garland and DFW owners.
General Contractors of Garland coordinates warehouse construction for logistics operators, owner-user industrials, and developers across Garland and the east Dallas County market. Garland's position at the intersection of I-30, I-635 LBJ Freeway, and the George Bush Tollway makes it one of the most logistics-connected industrial markets in DFW — closer to downtown Dallas than Mesquite, better connected than Sachse, and sitting in a county where major operators like Kraft Foods and Cargill established long-running distribution presence decades ago.
Warehouse construction in Garland has specific requirements that do not show up in a standard spec book. Dock geometry has to account for the turning radii of modern 53-foot trailers on sites with the tight urban grid that characterizes East Garland. Slab design has to account for Blackland Prairie clay that moves three to five inches seasonally under static rack loads — a condition that collapses pallet rack in buildings designed for stable soils. And spring hail events in east Dallas County can damage roofing, dock equipment, and exterior glazing before the building is even occupied if enclosure sequencing is not managed correctly.
We have delivered warehouse and distribution facilities across the Garland industrial corridor and know the local conditions that shape these projects. From preconstruction utility planning with Garland Power and Light through panel erection, dock installation, slab flatness testing, and startup, we keep the delivery on the schedule the owner's logistics program depends on.
Warehouse construction in Garland covers more than the building shell. Dock configuration, trailer court geometry, slab flatness specification, utility service sizing, fire protection zoning, and site circulation all need to be resolved in preconstruction — before the first footing is poured — because changes after concrete is placed are expensive and schedule-consuming. We frame the full warehouse scope at preconstruction and release packages in a sequence that protects the owner's occupancy target.
Garland warehouse projects along the LBJ Freeway corridor often need to coordinate with City of Garland on driveway permits, turn lane requirements at heavily trafficked intersections, and drainage connections to the city's storm sewer system. We track those approvals alongside the construction schedule so a permit delay does not stop concrete placement or dock installation.
Warehouse field execution in Garland is driven by the slab and dock milestones — everything downstream depends on the floor being flat, level, and at the right grade to make dock equipment work. We schedule slab pours in early-morning windows during summer, coordinate curing protocols with the structural engineer, and arrange floor flatness testing before rack installation begins so deficiencies can be corrected while there is still access.
Dock installation — dock levelers, truck restraints, dock seals, and overhead doors — is coordinated with the shell and dock pad package so the dock is complete before the first product moves through the building. Spring hail season means overhead doors and dock equipment ordered for a March completion need to be protected after installation, which we address with temporary covers if the site is not yet enclosed.
Garland warehouse owners and logistics operators choose a coordinated delivery approach because a warehouse that opens two months late is not a minor inconvenience — it is a logistics program failure that has real costs measured in leased temporary storage, missed contract deadlines, and strained customer relationships. The schedule has to work, and that means the contractor has to manage the full scope from preconstruction through commissioning rather than treating each trade as an independent event.
The east Dallas County warehouse market includes a mix of regional distribution users needing I-30 and LBJ corridor access, last-mile operators serving the dense residential communities in Garland, Rowlett, and Sachse, and owner-user manufacturers who need on-site storage tied to production schedules. We understand the operational profile of each project type and build the delivery plan around the actual turnover requirements the owner's logistics program demands.
Step 1
We start with the owner's operational program — dock count, clear height, trailer parking requirements, rack configuration, and staging area needs — and overlay it against the specific Garland site. Blackland Prairie clay subgrade, Garland Power and Light service availability, drainage grade, and adjacent property conditions all influence slab design, site layout, and utility planning decisions that cannot be made in a generic template.
Step 2
Dock levelers, overhead doors, and dock equipment have lead times of eight to fourteen weeks. Fire protection systems have lead times tied to the sprinkler contractor's shop drawing process and city plan review. We release those packages in preconstruction so they arrive on site when the building is ready for installation — not weeks late because the procurement was treated as a field-phase activity.
Step 3
Site civil — grading, paving, drainage, and utility connections — is coordinated with Garland's permitting requirements and the structural package timeline. Subgrade treatment on Blackland Prairie clay is completed and verified before the slab is placed. Trailer court paving is designed for Garland's summer heat and heavy vehicle loads, with joint spacing and base depth that prevents premature deterioration in the first service years.
Step 4
The building shell — whether tilt-wall, pre-engineered metal building, or structural steel — is coordinated with dock package installation so the dock components are roughed in before the slab is poured. Dock pit dimensions, anchor bolt patterns, and dock leveler embedments are confirmed with the equipment supplier before concrete is placed. Changes to dock configuration after the slab is poured are expensive and time-consuming on Garland's Blackland Prairie clay.
Step 5
Fire protection, warehouse lighting, HVAC for office areas, and site lighting are coordinated against the owner's occupancy date. Floor flatness testing is completed before rack installation. Dock equipment commissioning verifies leveler operation, truck restraint function, and door clearances. City of Garland final inspection and certificate of occupancy are coordinated so the owner can begin operations on the committed date.
Warehouse scheduling in Garland is controlled by the slab completion and dock installation milestones — rack installation, lighting, and fire protection cannot proceed until those are done. We build the master schedule backward from the owner's first rack installation date and release procurement and field packages in the sequence that protects that milestone. When slab and dock milestones are managed as the controlling events, the owner's occupancy date is a reliable target rather than an aspiration.
Garland's spring hail season creates a real risk for warehouse projects with open or partially enclosed buildings in March through May. We schedule enclosure to close the building before the peak hail window where possible, and protect installed dock equipment with temporary covers when schedule constraints prevent full enclosure before the hail risk peaks.
Garland's warehouse market benefits from I-30 and LBJ Freeway connectivity that makes it competitive with other DFW industrial submarkets for regional distribution users. The market also serves a dense local residential base in Garland, Rowlett, Sachse, and Wylie that generates last-mile delivery demand. Owner-user warehouse construction is driven by Garland's existing manufacturing base — companies that need storage and staging tied to production operations in the same city.
Warehouse construction planning matters in this market because the slab, dock, and enclosure decisions that are made or missed in preconstruction determine whether the building performs for the owner's logistics program. A warehouse with the wrong dock height, inadequate slab flatness, or undersized electrical service for refrigeration or automation equipment is not a warehouse — it is a problem the owner pays to fix while their logistics program waits.
Primary Garland coverage for commercial and industrial construction tied to infill redevelopment, flex industrial upgrades, and regional owner-user growth.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageEast-side market for commercial shells, light industrial projects, service facilities, and corridor-driven retail or office expansion.
Open pageNorth corridor coverage for office, medical office, tenant build-out, corporate support space, and selective industrial expansion work.
Open pageCentral DFW coverage for urban commercial projects, industrial repositioning, adaptive reuse, tenant improvements, and shell delivery.
Open pageSlab flatness requirements depend on the owner's rack system and forklift type. Narrow-aisle or very narrow-aisle forklift systems require Face Floor Flatness ratings of FF50/FL35 or higher, which requires laser screed equipment and controlled curing. We coordinate slab specification with the owner's rack supplier and forklift vendor before concrete is placed so the floor meets operational requirements from day one.
Garland's older industrial grid has tighter lot depths than suburban industrial parks. We coordinate dock quantity, dock door spacing, trailer apron depth, and truck court turning radius with the owner's carrier mix — the minimum apron depth for a 53-foot trailer is 130 feet from dock face to lot line or obstructions. On constrained Garland sites, we may recommend saw-tooth dock configurations or angled approaches to maximize dock count within the available depth.
We deliver warehouse buildings from 24-foot clear for owner-user flex industrial to 40-foot clear and above for regional distribution facilities. Clear height selection affects structural system selection — steel joists, tilt-wall, or PEMB — and we advise on the structural and cost implications of each option for the specific Garland site and program.
Yes. Many Garland warehouse owners are expanding existing facilities while maintaining active operations in the original building. We build phasing plans that protect operating dock positions, maintain fire protection continuity, and sequence utility modifications to minimize downtime during the expansion.
A 100,000 square foot tilt-wall warehouse on a fully permitted Garland site typically delivers in 9 to 12 months from groundbreaking, depending on complexity, weather, and utility coordination timing with Garland Power and Light. Preconstruction adds 2 to 4 months before groundbreaking for design, permitting, and procurement — owners who engage us during design rather than after permits are approved gain the most schedule advantage.
