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Gravel Valet

Service area · WI

Gravel, Stone, Soil and Mulch Delivery in Milwaukee, WI

Bulk gravel, crushed stone, sand, soil and mulch delivered across Milwaukee, WI, priced by the load for your ZIP.

Min. order
2 tons or 2 yd³
Area
Milwaukee and nearby ZIPs
From
$421 delivered

Every price below is the delivered total.

Gravel Valet brings bulk stone, sand, soil and mulch by the truckload to Milwaukee, from downtown ZIP 53202 out to the neighborhoods around it. Enter your ZIP above to see what we deliver to your address.

Below we walk through the cold-season weather a Milwaukee project has to survive, how a stone base copes with frost, and which materials fit tight city lots and courtyard planters.

Plan

How much do you need?

Work out your material

Coverage
200 sq ft
Cubic yards
1.85
Tons to order
2.5
Delivered to Milwaukee, WI
$427
Whole dollars, delivery included.

In stock

Materials available in Milwaukee

Every price is the delivered total for 2 tons or yards, in whole dollars.

Popular projects

Common gravel projects in Milwaukee

The ground and weather in Milwaukee

Lake Winters and What They Do to Stone

The closest NOAA normals station to downtown Milwaukee is in West Allis, WI, about 6 miles away. Its records average 39.4 inches of precipitation a year and 52.3 inches of snowfall. For a gravel surface, that means water shows up in every season, as summer storms, as spring melt and as slush in between, and the base under it has to let all of it drain away.[1]

West Allis logs 133 days a year when the overnight low reaches 32 F or colder. On each of those nights, water trapped in the pores of a driveway base can turn to ice and push the stone apart, then thaw again under the next sunny afternoon. Stone with few fines lets the water run out before it freezes, so a clean crushed stone holds its shape through a Wisconsin winter far better than a dirt-heavy fill.[1]

Spring is the hard season for gravel here. As snow melts and the top of the ground thaws while the soil below stays frozen, the water has nowhere to go, and a weak base turns soft and rutted. A drive built on clean, compacted stone rides through that stretch far better than one laid straight on soil.[1]

At the West Allis station the median last spring freeze is April 26, and the median first fall freeze is October 22. Laying new stone after the spring date gives the layers a whole warm season to settle and lock together before hard frost comes back.[1]

A Freeze-Ready Driveway, Layer by Layer

Begin by digging out the sod, topsoil and any soft material until the shovel meets firm ground. A drive that sees many freezing nights needs a deeper base than one in a mild climate, because frost works up from below and lifts anything that holds water. If the subgrade feels soft or sticky underfoot, roll out a woven geotextile fabric first so the stone stays apart from the earth beneath it.[1]

The bottom course is 1-1/2" Crushed Gravel or #4 Crushed Stone, spread in a single lift and packed with a plate compactor or roller. Big angular pieces carry the weight of a car and leave open space for water to fall through. Road Base goes on next, a blend of crushed stone and fines that packs into a hard, tight layer once it is dampened and rolled. Give the finished grade a slight crown down the middle so the rain West Allis records runs to the edges instead of soaking in.[1]

The top dressing depends on how the drive gets used. 3/4" Crushed Stone makes a firm surface that a shovel or plow blade can skim without gouging, while #57 Crushed Stone is coarser and drains faster but shifts more under tires. Plowed snow piles up at the edge of a gravel drive, so leave the melt a way to run onto lawn or into a Drain Rock trench rather than back across the stone.[1]

Some owners pick Asphalt Millings for the top layer. Recycled asphalt binds as the sun warms it and the tires press it, giving a dark surface that resists washboarding and loose stone. It sets best when laid well after the April 26 median last freeze, so a full summer of heat can do its work.[1]

Starting From the Ground Up

The ground at the ZIP's center point stands about 590 feet above sea level. Under an old city lot, the earth can be anything from native clay to mixed fill, brick rubble or cinders, and the only way to know is to look.[2]

Before you order, dig a test hole a spade deep or more where the project will sit. Gray, sticky soil that smears between your fingers holds water and calls for fabric and extra base. Loose, gritty soil drains on its own and can take a thinner base. Dark soil full of roots belongs in a garden bed, not under a drive, so strip it and save it for later.[2]

Fill Dirt is the material for raising a low corner or backfilling along a foundation wall, since it packs firm and has little organic matter to rot and sink. Fill Sand is the better pick where water must pass through, such as behind a retaining wall or under a slab. Neither one should finish an area where you want grass: cap those spots with Topsoil.[1]

Courtyards, Planters and Small City Yards

Census figures put 18,957 housing units inside ZIP 53202. Only 4 percent of them are detached single-family houses, compared with 39 percent across Milwaukee as a whole.[3]

Owners live in 21 percent of the occupied homes in this ZIP. The median home in 53202 was built in 1967, while the median for the city's 259,101 housing units is 1953.[3]

Downtown yard work can mean raised beds, courtyard planters and narrow side strips instead of a big lawn. Fill a planter with Garden Soil blended with Compost, which drains better than plain earth and feeds roots all season. Hold tender annuals until after the April 26 median last freeze at West Allis, then spread Black Shredded Mulch to keep the bed moist through July heat.[1]

Brown Shredded Mulch or Wood Chips suit the paths between beds, where they cushion foot traffic and smother weeds. Top up mulched beds before the October 22 median first freeze, so perennial roots sit under an insulating blanket when the ground starts to harden.[1]

For a small patio or a path beside a row house, Pea Gravel feels soft underfoot and drains fast, though its round stones roll unless the edges are held in. Walkway Gravel or Stone Dust Screenings pack into a firmer surface that keeps a chair or a bistro table level. Steel or paver edging keeps any loose stone out of the neighbor's grass.[1]

What the State Puts Under Its Pavements

The Wisconsin Department of Transportation calls for a Dense-Graded Base with a 1 1/4-inch grading under Section 305, 305.2.2.1, in its 2025 Standard Specifications. State road specs are written for heavy trucks, yet the idea behind them fits a home drive as well: a graded mix of coarse and fine stone that packs into one dense layer able to carry weight without rutting.[4]

For residential work, Road Base fills that role. Crushed Concrete is a recycled choice that packs in much the same way and suits farm lanes, parking pads and work yards. Railroad Ballast and Riprap are far larger stone, meant for steep banks, culvert outlets and erosion control rather than a surface anyone drives on.[1]

Choosing between #57 Crushed Stone and #67 Stone comes down to the job. #67 Stone runs a little smaller, so it packs tighter as a drive surface and is easier to walk on, while #57 Crushed Stone has more open space and moves water faster behind a wall or under a downspout splash pad. For a shed floor or a hot tub pad, 3/8" Crushed Stone screeds flat and gives a level bed that drains quickly after a thaw.[1]

The numbers behind this page

FactValueApplies toSource
NOAA normals station usedWest Allis, WI, about 6 miles awayWeather station[1]
Average yearly precipitation39.4 inchesWeather station[1]
Average yearly snowfall52.3 inchesWeather station[1]
Days a year the low reaches 32 F or colder133 daysWeather station[1]
Median date of the last spring freeze (32 F)April 26Weather station[1]
Median date of the first fall freeze (32 F)October 22Weather station[1]
Ground elevation at the ZIP's center point590 feetCity center point[2]
Housing units in ZIP 5320218,957This ZIP[3]
Share of homes in ZIP 53202 that are detached single-family houses4 percentThis ZIP[3]
Share of homes in Milwaukee that are detached single-family houses39 percentWhole city[3]
Share of occupied homes in ZIP 53202 lived in by the owner21 percentThis ZIP[3]
Median year homes in ZIP 53202 were built1967This ZIP[3]
Median year homes in Milwaukee were built1953Whole city[3]
Housing units in Milwaukee259,101Whole city[3]
Wisconsin Department of Transportation aggregate base specificationDense-Graded Base, 1 1/4-inch, Section 305, 305.2.2.1, 2025 Standard SpecificationsState[4]

Sources

  1. NOAA NCEI U.S. Climate Normals 1991-2020, annual and seasonal, retrieved 2026-10-30
  2. USGS Elevation Point Query Service (3DEP), retrieved 2026-10-30
  3. U.S. Census Bureau, American Community Survey 2020-2024 5-year estimates (tables B25001, B25003, B25024, B25035), retrieved 2026-10-30
  4. Wisconsin Department of Transportation, 2025 Standard Specifications, Section 305, 305.2.2.1, retrieved 2026-10-29

Point and station values describe one spot, not every lot in town. Check your own site before you build.

Nearby

Nearby cities we serve

Delivery

Your delivery in Milwaukee

Minimum order
2 tons or 2 cubic yards
Delivered price from
$421 for 2 tons of Fill Sand
Priced from
Milwaukee, WI ladder (this city)

We coordinate the truck from the yards that serve Milwaukee; we do not run a yard in town.

Coverage map

Where we deliver in Milwaukee

The drawing shows the nearest cities we price around Milwaukee, at true bearing and distance. Outside the rings, enter your ZIP and we quote the haul from the nearest ladder.

Chicago, IL 82 miles; Hammond, IN 102 miles; Joliet, IL 109 miles; Grand Rapids, MI 114 miles; South Bend, IN 127 miles; Davenport, IA 173 miles100 mi200 mi300 miNChicago 82 miHammond 102 miJoliet 109 miGrand Rapids 114 miSouth Bend 127 miDavenport 173 miMilwaukee
43.0506, -87.8968ZIP 53202

Need bulk material delivered in Milwaukee?

Delivered prices on every card, or send the job and we price it by hand.

Tools

Helpful calculators

Frequently Asked Questions

What gravel holds up best to Milwaukee winters?

Angular crushed stone with few fines, such as 3/4" Crushed Stone over a compacted Road Base, copes with freeze and thaw well. The West Allis station records 133 nights a year at 32 F or colder, so any water left in a base can freeze many times. Clean, sharp stone drains that water and locks together instead of heaving. Keep round Pea Gravel for paths and patios.

How deep should a gravel driveway be in Milwaukee?

Go deeper than you would in a mild climate. Dig out soft soil until you reach firm ground, then build the base in compacted lifts: a coarse layer such as #4 Crushed Stone, then Road Base, then a surface stone. Wet or sticky spots need fabric and extra depth. The area calculator above turns your length, width and depth into tons.

When should I spread mulch in Milwaukee?

Spread it once the soil warms in spring and again in fall. At West Allis the median last spring freeze is April 26, so a spring layer of Black Shredded Mulch or Brown Shredded Mulch after that date holds moisture through summer. A fall top-up before the October 22 median first freeze insulates perennial roots.

What goes under pavers on a Milwaukee patio?

Pavers rest on a compacted layer of Road Base or Crushed Concrete, topped with a thin bed of Concrete Sand that the pavers settle into. Sweep sand into the joints once they are laid. The West Allis station averages 52.3 inches of snow a year, so give the patio a gentle slope away from the house to carry meltwater off.

Can you deliver gravel to a downtown address in ZIP 53202?

Yes. Enter your ZIP in the box above to see the materials we bring to it. A downtown drop needs a clear spot where a dump truck can tip its load, such as a driveway, an alley pad or a parking area. Look up for low wires and branches, and plan where the pile will sit before the truck arrives.

Which stone is best for drainage around a Milwaukee foundation?

Drain Rock is washed stone with no fines, so water moves through it freely. Set it in a fabric-lined trench around a perforated pipe that carries water away from the wall. With 39.4 inches of average yearly precipitation at West Allis, a drain that stops water pooling against the foundation also limits the frost damage that standing water can cause.

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