CONCRETE AND BRICK PAVER INSTALLATION IN PORTLAND, OREGON

Paver installation in the Portland metro typically ranges from $5,000 to $25,000+ as of 2026. A small patio or walkway runs $5,000 to $10,000. A full backyard patio or outdoor dining area runs $10,000 to $18,000. Large driveways, multi-zone patios, and commercial hardscape typically run $18,000 to $25,000 or more. The biggest cost variables are paver material (concrete is most affordable, natural stone is premium), project size, base preparation depth, demolition of existing surfaces, drainage work, and design complexity. We provide line-item pricing in every written estimate after the on-site assessment.

Most residential paver installations take 3 to 10 days depending on project size, site conditions, and design complexity. A small walkway or front entry path might take 3 to 4 days. A full backyard patio with demolition of existing concrete, grading, and drainage work typically takes 5 to 8 days. Large driveways or multi-phase projects can extend to 10+ days. Portland's rainy season can affect the schedule if wet conditions prevent proper base compaction. We provide a detailed timeline in the estimate and communicate any weather-related adjustments.

We install four main categories: concrete pavers (the most popular and cost-effective option for patios, walkways, and driveways), clay brick pavers (classic aesthetic, permanent color, ideal for Craftsman and traditional-style homes), natural stone pavers (flagstone, bluestone, basalt, granite, for premium installations), and permeable pavers (designed to allow rainwater infiltration, used for stormwater management). Most Portland projects use concrete or natural stone. We recommend the best fit based on the project's function, your home's style, and your budget during the consultation.

Concrete pavers are manufactured in uniform shapes, sizes, and colors. They're the most affordable per square foot, offer the widest range of design options, and are strong enough for driveways. Natural stone (flagstone, bluestone, basalt) is quarried, so each piece has unique color variation and texture that manufactured products can't replicate. Stone costs two to three times more than concrete pavers but delivers a premium aesthetic and exceptional longevity. In Portland, concrete pavers are the most common choice for patios and driveways, while natural stone is popular for high-end properties in Lake Oswego, Dunthorpe, and the West Hills.

For long-term durability in Portland, yes. Portland sees 20 to 30 freeze-thaw cycles per winter, where water seeps into surfaces, freezes, expands, and causes damage. Poured concrete slabs crack under this stress because they can't flex. Pavers absorb it because each unit moves independently on the sand setting bed. If a paver does crack or settle, you can replace that individual unit without tearing out the entire surface. Poured concrete that cracks after 10 to 15 years typically needs full demolition and replacement. That's why pavers consistently outlast poured concrete in climates with seasonal freeze-thaw movement.

We install herringbone (90-degree and 45-degree), running bond, basketweave, circular, fan, and modular mixed-size layouts. Pattern choice affects both appearance and performance. Herringbone is the strongest pattern for driveways because it distributes load and resists lateral shifting under tire traffic. Running bond is clean and simple for walkways. Basketweave creates a traditional look for brick patios. We also install contrasting borders, inset medallions, integrated steps, and mixed-material transitions. We recommend patterns based on the project's function, paver type, and your aesthetic goals.

Yes. Driveways require a different specification than patios: thicker pavers (typically 80mm instead of 60mm), a deeper compacted aggregate base (often 10 to 12 inches), geotextile fabric for soil separation, heavy-duty edge restraints, and an interlocking pattern like herringbone that resists shifting under repeated tire traffic. We use joint stabilization and final compaction to lock everything in place. A properly built paver driveway handles daily vehicle traffic without settling or shifting, and individual pavers can be replaced if damaged without tearing out the entire surface.

Portland's clay soil holds moisture, expands when wet, and shrinks when dry. This seasonal movement is the primary cause of paver settling and unevenness in the region. We address it by excavating to full depth (8 to 12 inches for patios, deeper for driveways), installing geotextile fabric to separate the aggregate base from the clay, and compacting the base in lifts with a plate compactor. The geotextile prevents clay from migrating into the aggregate and weakening the base over time. Skipping this step or using a shallow base is where most paver failures in the Portland area start.

Every paver installation needs to account for where the water goes. Portland averages over 43 inches of rain per year, so drainage isn't optional. We grade the paver surface to direct runoff away from your home's foundation, toward lawn areas, planting beds, or drainage infrastructure. For areas that need it, we install channel drains, catch basins, or French drains integrated into the hardscape design. The compacted aggregate base beneath the pavers also provides a drainage layer that moves water laterally to the edges. We design drainage during the consultation and include it in the estimate.

Yes. Permeable pavers have wider joints or porous material that allows rainwater to drain through the surface into a gravel reservoir below, reducing stormwater runoff. We design permeable systems with open-graded base rock, geotextile fabric, and specialized jointing material to maximize infiltration while maintaining a stable, level surface. In Portland, permeable pavers are used for driveways, parking areas, and patios where reducing impervious surface coverage is a priority or a regulatory requirement, particularly in environmental overlay zones and newer developments in cities like Milwaukie, Gladstone, and Clackamas.

A standard paver patio on grade typically doesn't require a building permit in Portland. However, driveway work involving a new or modified curb cut requires a zoning permit through the Portland Bureau of Transportation. Projects in environmental overlay zones or plan districts may have additional requirements. If the project includes a retaining wall over four feet, a separate building permit is required. Properties with HOA rules may also need architectural review approval. We identify all permit needs during the site evaluation and handle coordination as part of the project.

Yes. We provide free on-site consultations and written estimates for all paver projects throughout Multnomah, Clackamas, and Washington Counties. The estimate covers demolition and removal (if applicable), excavation, aggregate base, geotextile fabric, bedding sand, edge restraints, paver material, polymeric joint sand, and labor with line-item pricing. Call (503) 847-9110 or request your free quote online to schedule.

A professionally installed paver surface can last 20 to 50+ years depending on the material, base preparation, use, and maintenance. Concrete pavers typically last 25 to 50 years. Clay brick and natural stone can last even longer. The biggest factors affecting lifespan in Portland are base quality (a shallow or poorly compacted base leads to early settling), drainage (water trapped beneath pavers accelerates deterioration), and maintenance (joint sand erosion and moss buildup are the most common issues in Portland's wet, shaded conditions). Proper installation and basic annual maintenance keep pavers performing at the upper end of their lifespan range.

Portland sees 20 to 30 freeze-thaw cycles per winter. Water in the ground freezes, expands, and pushes surfaces upward. When it thaws, the surface settles back, sometimes unevenly. Pavers handle this better than poured concrete because each unit moves independently rather than cracking as a rigid slab. The key is the base: a properly compacted aggregate base with adequate depth allows moisture to drain through rather than freeze beneath the surface and heave pavers upward. We select frost-resistant paver materials and design base depth specifically for Portland's seasonal ground movement.

Settlement prevention starts with the base. We excavate to the full design depth, install geotextile fabric to separate the base from Portland's clay subgrade, compact the aggregate in lifts (not all at once), screed the bedding sand to a uniform thickness, install rigid edge restraints to prevent lateral movement, and compact the finished surface to seat pavers into the sand. Each of these steps matters. Cutting corners on any one of them, particularly base depth and compaction, is the most common reason pavers settle within a few years in the Portland area.

Polymeric sand is the primary defense. Unlike regular sand, polymeric sand hardens when activated with water, creating a firm joint that resists weed germination, ant tunneling, and washout from rain. We use polymeric sand on every installation. Over time (typically 3 to 5 years in Portland's wet climate), polymeric sand can erode and may need reapplication. Keeping joints full prevents weeds from establishing. For properties with aggressive tree roots nearby, we can install root barrier beneath the base during construction. Regular sweeping to keep organic debris out of joints also helps prevent weed seeds from taking hold.

Yes. We offer cleaning, joint re-sanding, weed control, moss treatment, and sealant application. Portland's wet, shaded conditions encourage moss growth, organic staining, and joint sand erosion, especially on north-facing patios under tree canopy. Sealing can protect color and reduce staining on some paver types, though not all pavers benefit from sealing (we'll advise during the consultation). We provide written maintenance recommendations with every installation and offer maintenance services for homeowners who prefer professional upkeep.

Yes. Demolition and removal of existing concrete, asphalt, or old pavers is a standard part of many projects. We break up the existing surface, haul the debris off-site, and recycle concrete and masonry through local recycling facilities where possible. Demolition scope and disposal costs are itemized in the estimate so you know exactly what's included. Properties in older Portland neighborhoods like Sellwood, Alameda, and Eastmoreland frequently have aging concrete patios and walkways that need removal before new pavers can be installed.

In most cases, yes. We perform a material and color assessment of the existing pavers, source compatible units from local distributors, and can salvage and re-set original pavers when feasible. Exact matching depends on whether the original product is still manufactured. For discontinued products, we find the closest available match and can blend new units with salvaged originals to minimize visible differences. We bring samples and do a mock-up on site so you can approve the match before we proceed.

Yes. Sloped properties are common throughout the Portland metro, and many of our paver projects involve grade changes. Depending on the slope, we may build retaining walls to create level terraces, use tiered steps to transition between elevations, or grade the surface to follow the slope with controlled drainage. Properties in West Linn, Oregon City, and the hillside neighborhoods of Southwest Portland often need this kind of approach. We assess the slope, soil stability, and drainage during the consultation and include engineered solutions in the estimate when needed.

We provide a 3-year workmanship warranty covering the installation itself, including excavation, base preparation, paver placement, edge restraints, joint sand, and compaction. The paver products carry separate manufacturer warranties that vary by brand and material, typically covering structural integrity and color retention. Both warranties are documented in the written estimate with specific terms, coverage details, and any maintenance requirements that must be followed to keep the warranties valid.