Gravel, Rock and Landscape Supply Delivery in Grand Prairie, TX

Loamy Fine Sand Over an Old River Terrace

At the ZIP's center point the USDA soil survey maps Dutek loamy fine sand, 1 to 5 percent slopes. The Dutek series accounts for 85 percent of that map unit, and its top mineral layer is loamy fine sand. Sand grains that fine pack together tightly yet still let water slip between them, which is a useful mix for anyone planning a stone surface.^[1]

The USGS state geologic map places Terrace deposits under the same point. These Pleistocene deposits are a blend of sand, clay and gravel, laid down by streams flowing at higher levels long ago. A digger may hit pockets of clay or rounded pebbles in places, so look at what comes out of the first few shovels before deciding how deep to excavate.^[2]

Shrink-swell in the top 100 cm at the center point is rated low, 1.5 percent. That is welcome in a part of Texas known for clay that heaves, and it means a gravel base laid over this sandy soil has little seasonal movement to fight. The ground at the center point stands 450 feet above sea level.^[1],[3]

Good Drainage and Where It Ends

The survey rates the Dutek soil as well drained and places it in hydrologic group B, moderate infiltration. Rain soaks in at a steady rate instead of racing off the surface, so a properly built gravel drive here rarely turns into a pond. Even so, the soil has limits: a hard storm can outpace it, and compacted spots under old slabs or driveways drain far slower than open ground.^[1]

Loose sand has a second habit worth planning around. It shifts under point loads and washes along a slope when water concentrates. Edging a drive with steel, timber or a row of larger stone keeps the base from spreading sideways, and a shallow swale or a strip of River Rock where roof water lands stops sand from being carried into the drive.^[1]

Because the sandy topsoil drains well, a drainage trench is less about removing standing water and more about steering surges. Where a downspout or a neighbor's slope dumps water onto your lot, a short run of Drain Rock or #57 Crushed Stone gives that flow a channel and protects the edge of the base.^[1]

Weather at the Arlington Gauge

The closest NOAA normals station is Arlington Six Flags, TX, about 5 miles from the center point of ZIP 75050. It averages 40.1 inches of precipitation a year, much of it in heavy bursts, and 0.8 inches of snowfall. That means design for downpours, not for snow piles: crowned surfaces and clear runoff paths matter far more than room to stack snow.^[4]

Freezes are short-lived but real. The Arlington station counts 37 days in a typical year with a low of 32 F or colder. A base with too much dust in its top layer can hold water that freezes overnight and loosens the surface, so clean, angular stone on top stays tidier through cold snaps.^[4]

At that gauge the median last spring freeze comes on March 9 and the median first fall freeze on November 20. Those dates frame the planting calendar: spread Topsoil and set new shrubs after early March, and top beds with mulch before late November.^[4]

Choosing Between Road Base and Crushed Concrete

For the packed layer of a drive or pad, two materials do most of the work in Grand Prairie. Road Base is crushed rock with a full range of sizes down to dust, so it compacts into a hard, tight layer. Crushed Concrete is recycled concrete broken to a similar grading, and it locks up nearly as well while often weighing a little less per load. Each of the two packs firmly over the loamy fine sand mapped at the center point.^[1]

Pick Road Base when you want the most uniform, predictable layer, for example under a slab, a shed or a gate approach that sees heavy turning. Pick Crushed Concrete for a working yard, a side lot or a long drive where the recycled look does not matter once it is covered. Either one goes down in thin lifts, each wetted lightly and run over with a plate compactor before the next.^[1]

Depth of the packed layer depends on the load. A footpath needs only a modest base, while a drive that carries a pickup or a trailer needs a thicker one, built up in several compacted lifts. On sandy, well-drained ground like the Dutek soil at the center point, the base mostly has to resist rutting and edge spread, not standing water, so a firm edge is worth as much as extra depth.^[1]

The top layer is a separate choice. #57 Crushed Stone or 3/4" Crushed Stone gives a crisp, quick-draining surface, Decomposed Granite packs into a smooth path with a natural tan color, and Driveway Gravel splits the difference for everyday parking.^[1]

Yards, Beds and Shade in ZIP 75050

Sandy soil drains fast and dries out quickly in the heat, so it holds fewer nutrients than heavier ground. Working Compost or Garden Soil into beds raises the water-holding capacity of loamy fine sand and gives roots something to feed on. A top layer of Brown Shredded Mulch, Red Mulch or Black Shredded Mulch keeps the surface cooler and cuts down on watering.^[1]

For play areas, Playground Sand gives a soft, clean fill, and Pea Gravel makes a comfortable, rounded surface for paths and seating spots. Walkway Gravel or Stone Dust Screenings pack into firm walks that a wheelbarrow can roll across, which helps on a sandy lot where unedged paths tend to drift.^[1]

Homes Here and Across the City

The Census counts 17,548 housing units in ZIP 75050. Detached single-family houses make up 43 percent of that stock, and owners occupy 43 percent of the occupied homes. Half of the homes in the ZIP were built before 1981 and half after, which is the median year the Census reports.^[5]

Grand Prairie as a whole counts 71,853 housing units, and 62 percent of them are detached houses. Its median year built is 1992, so the city overall is newer than this ZIP. Older lots often have cracked strips or worn gravel that need a fresh top layer, while newer ones tend to call for edging stone, bed soil and mulch.^[5]

The Texas Department of Transportation sets out Flexible Base in Item 247 of its Standard Specifications for Construction and Maintenance of Highways, Streets, and Bridges (2024). It is the dense crushed layer the state places under its pavements, and it is a fair model for what a durable home drive needs underneath.^[6]