Pavers, often called paving stones, are flat building units used for outdoor flooring and made from clay brick, concrete, or natural stone. They are the standard choice for driveways, walkways, patios, and pool decks because each unit can be lifted, replaced, and relaid without demolishing the whole surface. Blocks are available at hardware stores, from manufacturers online, and from local precast yards, and many homeowners install them on a sand bed themselves. The decision between materials usually comes down to cost and durability, and the numbers behind the pavers vs concrete patios comparison show why interlocking units remain popular for outdoor living areas.
What Are Pavers?
A paver is a compact, load-bearing block with a uniform thickness, laid edge to edge over a prepared base of crushed stone and sand. The joints between units are filled with sand or polymeric sand, and the surface is compacted so the blocks interlock and share the load. Because the system drains through the joints instead of shedding water to one edge, paver surfaces handle rainfall better than a solid slab, and individual units can be pulled out to reach buried pipes or cables. After installation, most surfaces benefit from a protective treatment, and the steps for how to seal pavers depend on the paver material and the sealer chemistry.
How Pavers Are Made
Clay pavers are molded, dried, and fired in a kiln, which gives them their color and hardness. Concrete pavers are cast from a dry mix of cement, aggregate, and pigment, compacted under high pressure, and cured with steam. Natural stone pavers are sawn and split from quarried blocks. The manufacturing route decides the surface texture, slip resistance, and color retention of the finished floor.
Advantages and Drawbacks of Pavers
- Advantages: individual units can be replaced, joints drain water, the surface handles freeze-thaw movement, and repairs do not require demolition.
- Drawbacks: joints need refilling, weeds can establish in the sand, and installation is more labor-intensive than pouring a slab.
Types of Pavers and Cost
Pavers fall into three broad families: clay brick, cast concrete, and natural stone, with porcelain and specialty products filling the gaps. Prices vary widely within each family, so the cost of pavers vs concrete depends on which product is compared and how the base is prepared.
Brick Pavers
Brick pavers have been used as flooring for centuries. They are produced from molded clay, fired in a kiln, and laid in a mortar or sand base, and they come in a wide range of textures, colors, and laying patterns. Brick pavers cost roughly $4 to $8 per square foot at the low end, with premium tumbled and handmade units reaching $15 to $20 per square foot.
Concrete Pavers
Concrete pavers are cast in many forms and sizes and are the most widely used paver for roads, driveways, and patios. The color runs through the full thickness of the unit rather than sitting on the surface. Standard concrete pavers cost about $2 to $6 per square foot, while larger and colored formats cost more.
Natural Stone Pavers
Natural stone pavers include bluestone, flagstone, marble, travertine, granite, and limestone. Bluestone and flagstone are favored for their cleft surfaces and earthy tones; granite is the hardest of the group; marble and travertine bring a polished look but need more care; and limestone offers a light palette that ages to a weathered patina. Natural stone typically costs $6 to $15 per square foot, with premium granites and marbles above that range.
Porcelain, Cobblestone, and Specialty Pavers
Porcelain pavers are fired clay tiles rated for outdoor use; cobblestones are rounded or squared granite blocks that suit driveways and heritage settings; rubber pavers are molded from recycled tires for play areas; plastic grid pavers stabilize gravel; and greencrete or grass pavers let vegetation grow through the cells. These specialty products cover roughly $3 to $12 per square foot depending on the format.
| Paver type | Material | Typical cost per sq ft | Best use |
|---|---|---|---|
| Concrete | Cast cement and aggregate | $2 to $6 | Driveways, patios, walkways |
| Brick | Fired clay | $4 to $20 | Walkways, driveways, heritage areas |
| Rubber | Recycled tires | $3 to $8 | Play areas, pool decks |
| Plastic grid | Recycled polymer | $2 to $5 | Gravel stabilization, grass parking |
| Porcelain | Fired ceramic tile | $6 to $15 | Patios, rooftops, pool decks |
| Natural stone | Quarried rock | $6 to $15+ | Patios, entryways, feature paving |
| Cobblestone | Granite blocks | $10 to $25 | Driveways, historic districts |
Paver Patterns, Colors, and Design
The same paver laid in different patterns reads as a completely different surface. Patterns also change the structural behavior: interlocking layouts such as herringbone resist shifting under vehicle loads, while simple stack bonds are purely decorative. The visual and structural role of pavers in architecture explains why the pattern is chosen before the color.
Popular Paver Patterns
The five most common layouts for rectangular pavers are:
- Herringbone: pavers set at right angles in a zigzag, the strongest layout for driveways.
- Running bond: a staggered brick-style pattern, simple and fast to lay.
- Stack bond: aligned grid joints, clean looking but weak against lateral movement.
- Basket weave: pairs of pavers rotated 90 degrees, a classic garden look.
- Crosshatch: a 45-degree twist on the running bond that adds visual interest.
Choosing a Pattern for the Load
Herringbone is recommended wherever vehicles will drive because the interlocking joints stop individual pavers from sliding. Running bond works for patios and walkways, while stack bond is best reserved for light pedestrian areas.
Color and Texture
Brick pavers offer reds, browns, and buffs from the clay body; concrete pavers are pigmented in almost any shade; and natural stone brings gray, blue, gold, and black from the quarry. Textures range from smooth tumbled surfaces to cleft stone faces. Blending two or three tones in one installation hides stains and gives a more natural appearance than a single flat color.
Paver Installation and Laying Methods
Paver installation is a layered system, not a single operation. The base carries the load, the sand bed levels the units, and compaction locks everything together.
Base Preparation
The area is excavated to the depth of the paver plus the bedding sand plus the base stone, typically 6 to 10 inches total for a driveway and 4 to 6 inches for a patio. The base is crushed stone or recycled aggregate, compacted in lifts, and topped with 1 inch of bedding sand screeded to a smooth grade. Edging restraints hold the outer units in place.
Laying, Compaction, and Joint Filling
Pavers are laid from a straight edge, keeping joints tight and consistent. After laying, a plate compactor passes over the surface with a rubber pad, then dry sand is swept into the joints and the surface is compacted again so the sand settles and locks the units. Large commercial and road projects skip the hand methods entirely and place the surface with paver machines, rollers, and asphalt machinery, which compact and finish at road-building scale.
Pavers vs Other Paving Materials
Poured concrete, asphalt, and paver systems each win on different criteria. Concrete slabs cost less per square foot installed but crack and need full replacement; asphalt is cheap and fast but softens in heat and needs resealing; pavers cost more upfront but can be repaired unit by unit and last 25 to 50 years when the base is right.
Pavers vs Poured Concrete
Poured concrete runs about $5 to $10 per square foot installed compared with $8 to $25 for pavers, but the slab develops control joints that collect dirt, and a single crack cannot be patched invisibly. Pavers flex with frost heave and can be lifted for underground access. For patios, the cost gap narrows once stamping or coloring is added to the concrete.
Pavers vs Asphalt and Decks
Asphalt paving is the cheapest vehicle surface at $3 to $7 per square foot, but it requires periodic sealcoating and shows wear at the edges. A deck competes with pavers on price, yet decks need staining, and boards rot or warp over time. For the same budget, the paving industry delivers the surface with the longer service life, and the production side, from asphalt plants and grading machinery to paver fleets, is where the economies of scale come from.
Maintenance, Sealing, and Longevity
Paver maintenance is mostly joint management. Polymeric sand is swept into the joints after installation, and as it washes out over the years it is replaced before weeds establish. Sealing protects the surface and deepens the color, and a reapplication every two to three years keeps the joints stable and the paver face clean.
Sealing and Joint Care
Sealers come in water-based and solvent-based formulas with matte, satin, and gloss finishes. The paver surface must be clean and dry before application, and the sealer must cure before foot traffic returns. Sealed joints resist weed growth and ant activity, while unsealed joints need more frequent sand top-ups.
Lifespan and Replacement
A well-built paver patio or driveway lasts decades because the failure mode is localized. A sunken unit is lifted, the sand is re-leveled, and the unit is replaced, an hour of work against the full resurfacing a slab would need. When a project grows to road scale, the same logic applies with heavy machinery, and the complete range of road construction equipment determines how fast and how flat the finished surface is.