Lakewood hardscaping: good ground, careful shorelines
Lakewood is one of the easier places in Pierce County to build a paver base and one of the stricter places to build near water. Inland lots usually drain well. Lots on American Lake, Gravelly Lake, Lake Steilacoom, and Waughop Lake, or near wetlands and creeks, face rules that apply to paving of any size.
ND Brick Pavers has 19 years and more than 425 projects behind it, a 4.7 Google rating, and crews made up only of our own employees. Our office is in Yelm, and Lakewood sits between it and Tacoma, so it is a regular part of our week.
Spanaway gravel: why most Lakewood lots drain fast
USDA soil survey data maps most of Lakewood as Spanaway gravelly sandy loam, or urban land mixed with Spanaway where the ground has been built over. The Spanaway series is very deep and formed in glacial outwash. USDA rates it somewhat excessively drained with high saturated hydraulic conductivity, and gives a typical slope of 0 to 15 percent. USDA maps the same series across much of the outwash country south toward Yelm.
For a paver project, that is a strong start. Water leaves the base quickly, so the long winter soak that ruins patios on till soils is less of a risk. Permeable pavers often work well on this ground, as long as the system sits well above any seasonal water.
The cautions are different here. Loose gravel needs careful compaction under the base, and edges need firm restraint, or the outer pavers creep. Rounded cobbles near the surface can make excavation slow. And because water moves down through Spanaway soil fast, whatever goes on the surface, such as cleaners or sealer overspray, reaches the groundwater faster too, so we keep chemicals off bare ground.
The exceptions: muck pockets, lake-edge depressions, and winter rain
Lakewood is not all gravel. Our grid check of USDA data also found Dupont muck, a very poorly drained soil formed in organic deposits, and an Everett, Spanaway, and Spana complex. The Spana series is somewhat poorly drained and sits in depressions and troughs on the outwash terraces. Low spots near lakes and wetlands can hold water that the surrounding gravel sheds.
Muck and other organic soils compress under load. A paver patio or driveway on muck needs the organic layer removed or bridged, and sometimes a different location. A soil test on the actual patio footprint tells us which case we have.
NOAA's 1991-2020 normals for a volunteer station in Steilacoom, on Lakewood's west edge, show 43.40 inches of precipitation a year, with about 17 inches from December through February. On Spanaway gravel that water soaks in quickly. On muck and in depressions it does not, and those are the lots where we plan for wet-season pumping and covered excavations.
Lakewood permit rules for walls, patios, and lakefront lots
The City of Lakewood's Do I Need a Building Permit handout exempts non-shoreline, upland retaining walls up to 4 feet tall, measured from the bottom of the footing to the top of the wall. The exemption does not apply when the wall supports a surcharge such as backfilled soil, a road, a driveway, parking, a building, or water pressure, including underground stormwater infiltration facilities.
Platforms, sidewalks, and driveways are exempt when they are no more than 30 inches above grade on non-waterfront lots, but only 18 inches on waterfront lots. And the handout lists a structure or new impervious surface of any size inside a shoreline buffer, a critical area, or their buffers and setbacks as needing a permit, which includes patios under 18 inches tall.
That last rule matters for lakefront homes. A small paver landing near the water, which would be exempt on an inland lot, needs review on a shoreline lot. We check the address against shoreline and critical area maps before we design, and we plan any permit into the schedule.
Signs a Lakewood paver job was built for the wrong ground
Most paver problems we see in Lakewood come from treating gravel ground like clay ground, or the reverse. The symptoms are easy to spot once you know them.
- Outer rows drifting outward and gaps opening along the border: weak edge restraint in loose outwash soil.
- Joint sand disappearing after each winter: fine material washing down into a coarse base with no bedding control.
- One soft, low corner on an otherwise solid patio: a muck pocket or depression soil under that area.
- Green film and standing water near a lakefront patio: the base sits too close to seasonal water.
- Pavers lifting near large trees: roots growing into a base that was not cut back or protected.
Which project fits a Lakewood home?
Lakewood requests tend to follow lot type.
- Mid-century ramblers on flat gravel lots: large paver patios, fire pits, and outdoor kitchens; the ground cooperates and the design can take the lead.
- Older concrete driveways with cracks and settling: a paver driveway, often a good candidate for permeable pavers on Spanaway soil.
- Lakefront homes on American Lake, Gravelly Lake, or Lake Steilacoom: walkways and landings to the water, planned around shoreline review.
- Lots that slope toward a lake or creek: short retaining walls kept back from the water, with surcharge and buffer rules checked first.
- Dog areas and side yards that turn to dust in summer and mud in winter: artificial turf on a draining base.
How a Lakewood project runs with ND Brick Pavers
In Lakewood, our first stop after the soil test is the city's shoreline and critical area mapping, because that decides whether even a small patio needs a permit. The free 3D design is then drawn around what the site allows. Your free quote shows how size, base depth, soil, access, material, drainage, demolition, slope, and any permit affect the work, and our crew carries it from excavation to the final sweep, cleaning up every day.
Sources
- City of Lakewood: B4 Do I Need a Building Permit (handout, 2025)
- USDA NRCS Soil Data Access (Web Soil Survey data), map unit queries across Lakewood, 2026-10-13
- USDA Official Soil Series Description: Spanaway
- USDA Official Soil Series Description: Spana
- USDA Official Soil Series Description: Dupont
- NOAA NCEI 1991-2020 Climate Normals, Steilacoom 0.4 NW (US1WAPR0033)