Pavers, or paving stones, are brick, concrete, or natural stone units used to surface roads, driveways, walkways, patios, and courtyards. Clay brick pavers are clay cast into forms and heat cured, concrete pavers are cast from Portland cement and aggregate, and cobblestones are quarried stone cut into paver shapes. The choice between them usually comes down to looks, budget, and how long the surface must last, and the brick flooring pros and cons discussion covers the same trade-offs indoors.
Brick Pavers vs. Concrete Pavers: What You Are Choosing
Clay brick is one of the oldest manufactured building materials, and a brick driveway has a warm, uniform color that many homeowners find more elegant than poured concrete. Concrete pavers offer a wider color range and tighter manufacturing tolerances, which makes patterns and borders easier to lay. Both outperform a poured slab on flexibility: individual units move with the ground, so cracking stays isolated to one paver instead of running across the whole surface.
| Feature | Clay Brick Pavers | Concrete Pavers |
|---|---|---|
| Base material | Fired clay, kiln cured | Portland cement with aggregate |
| Typical installed cost | Higher per square foot | Lower per square foot |
| Color range | Limited earth tones | Wide range of colors and textures |
| Lifespan | 25 to 50+ years | 20 to 40 years |
| Freeze-thaw resistance | Excellent with low absorption | Varies with density and finish |
| Maintenance | Replenish joint sand | Replenish sand, optional sealing |
How Each Material Is Made
Clay brick starts as clay pressed or extruded into forms, then fired in a kiln at high temperature, which fuses the particles and gives the brick its hardness and lasting color. Concrete pavers mix Portland cement, sand, and aggregate, then cure under controlled conditions in a factory. The two processes produce different failure modes: brick is brittle and can chip at the edges, while concrete pavers can develop surface spalling in harsh climates if the mix has high water absorption.
What Cobblestone Is
Cobblestones are natural stone, usually granite or basalt, quarried and split into blocky shapes. They last for generations and need no manufacturing, but they are heavier, harder to lay, and more expensive per square foot than either manufactured paver, so they show up mostly in high-end entries and historic districts.
The Base Decides How Long the Surface Lasts
Every paver sits on what is underneath it. A properly built base has compacted aggregate, a sand setting bed, and edge restraints that keep units from walking apart under traffic. Drainage matters as much as compaction, and the vented vs. unvented crawlspace moisture-control lessons apply here in reverse: keep water moving away from and out from under the structure, and the surface above stays stable for decades instead of settling into ruts.
Cost, Durability, and Long-Term Value
Clay brick pavers typically cost more per square foot than concrete pavers, and the gap widens with installation because brick is heavier and slower to lay. Material pricing varies by region and grade, but the installed cost difference usually lands in the range of a few dollars per square foot rather than a few cents, and labor is the larger share of either budget.
Durability and Lifespan
A well-built brick paver driveway can last 25 to 50 years or more, and clay brick that survives freeze-thaw cycles in good condition holds its fired color without fading. Concrete pavers also last decades, but surface color can wear sooner under sand and traffic, and repeated freeze-thaw attack can flake the surface if the paver absorbs too much water. For snow-belt climates, low-absorption units and a drained base matter more than the material label.
Joint Care and Repointing
Paver joints are filled with sand, and that sand migrates out over time under traffic and rain. Replenishing joint sand every few years keeps the units locked together, and where mortar joints are used, repointing brick restores joints that have cracked or eroded. The repair logic that applies to brick walls applies to any mortared brick surface, and catching a failing joint early is far cheaper than relaying a section.
Design Options and Added Home Value
Concrete pavers win on variety: hundreds of colors, textures, and shapes let you match a driveway to the house trim or the landscape palette. Clay brick offers fewer colors, but its fired tones and classic proportions give an established look that suits traditional and colonial architecture, and it stays in style the way stone does.
Patterns and Layouts
Running bond, herringbone, basketweave, and pinwheel are the standard layouts. Herringbone is the strongest pattern for driveways because it interlocks under turning loads; running bond looks clean but needs edge restraints to stay tight. Borders in a contrasting paver define the edge of the surface and give the installation a finished line that reads from the street.
Color and Texture Over Time
Brick ages gracefully: the fired color is uniform when new and stays close to that tone for decades. Concrete pavers arrive with a factory finish that can fade or bloom with efflorescence, a white salt deposit that appears as the concrete cures and usually washes away. Sealing slows the change but adds a maintenance step, so decide early whether the look you want depends on the sealer or the material itself.
Value Compared With Other Premium Materials
Both materials add value, but the premium reads differently. The granite countertop pros and cons guide shows how a higher-priced material earns its premium through durability and permanence, and the same logic applies at the curb: buyers recognize brick as a long-life material, while a well-laid concrete paver pattern offers design flexibility at a lower entry price.
Maintenance Demands Compared
Neither material is maintenance free, but the chores are modest and predictable. An annual pass keeps a paver surface looking installed rather than neglected, and most owners spend an afternoon a year on the work.
- Sweep joint sand back into place after winter heaving
- Pressure wash at low to medium pressure to remove dirt and algae
- Pull weeds from joints before roots spread under the pavers
- Spot-replace cracked units before damage spreads to neighbors
- Reapply sealer on concrete pavers every few years if sealed
Cleaning and Sealing
A pressure wash at low to medium pressure removes dirt and algae from both materials. Sealing is optional: a penetrating sealer protects concrete pavers from staining and slows color fade, while brick usually needs no sealer and can trap salts if sealed incorrectly. Keep the nozzle moving and test an inconspicuous corner first, because high pressure can blast joint sand out of the gaps.
Weathering and Freeze-Thaw Performance
Freeze-thaw cycles attack any unit with absorbed water, so choose pavers with low absorption for cold climates and keep the base drained so water does not sit under the surface. The metal siding pros and cons comparison makes the same point about exterior materials: weather resistance is decided at specification time, not after years of exposure, and the cheapest option at the counter is rarely the cheapest one over twenty winters.
Installing a Paver Surface Step by Step
A paver installation follows a fixed sequence, and skipping a step shows up later as settling, weeds, or loose units. The sequence below works for driveways, patios, and paths, with the depth of the base scaled to the traffic the surface will carry.
Base Depth Depends on the Traffic
A walkway needs about 4 inches of compacted aggregate, a patio 6 inches, and a driveway 8 to 12 inches on well-draining soil. Heavier vehicles, softer subgrades, and wetter climates all push the spec upward, so confirm the depth with a local supplier before ordering stone.
- Excavate to the depth needed for the base, sand, and paver thickness
- Compact the subgrade with a plate compactor
- Lay geotextile fabric to separate the soil from the aggregate
- Add and compact 4 to 6 inches of crushed aggregate in lifts
- Screed a 1-inch sand setting bed over the compacted base
- Lay the pavers in the chosen pattern from a straight reference edge
- Install edge restraints and backfill them
- Spread joint sand, sweep it into the joints, and compact the surface
The same sequence applies at any scale, and the step-by-step brick paver walkway installation walkthrough shows each stage with the tools and tolerances involved, from the first excavation cut to the final compaction pass.
Choosing the Right Surface for Your Property
Budget, climate, traffic, and the architecture of the house settle the argument. A formal brick herringbone suits a traditional home and a long straight driveway; a large contemporary patio might look better in big-format concrete pavers with a tight pattern and a matching border.
Matching the Material to the Job
For straight driveways carrying daily car traffic, either material works when the base is right. For curved paths and small courtyards, concrete pavers cut and turn more easily. For period renovations and curb appeal, clay brick is hard to beat, and the concrete countertops pros and cons discussion shows why the same cost-versus-character decision repeats across building materials: the cheaper option is easier to install, while the premium option carries a look that does not age out.