What is the difference between concrete pavers and brick pavers?
Quick Answer
Concrete pavers are manufactured from a cement-based mix and come in many shapes, colors, textures, and sizes, often making them a versatile choice for patios, driveways, and walkways. Brick pavers are made from fired clay, giving them a classic appearance and natural color that tends to age well. Concrete pavers usually offer more design variety, while brick pavers are often valued for their traditional look and long-term color consistency. Both can be durable when installed on a proper base with good drainage.
The Short Answer
Concrete pavers are molded units made from a cement-and-aggregate mix, while brick pavers are made from clay that is formed and fired in a kiln. In practical terms, concrete pavers usually give you more choices in shape, size, surface texture, and color, while brick pavers offer a more traditional clay look with color that is part of the material itself. Both can perform well for patios, walkways, and driveways, but the best choice depends on the style you want, expected traffic, budget, maintenance expectations, and the quality of the base installation.
Why This Matters
People often compare concrete pavers and brick pavers because they can look similar at first glance, especially in red, tan, or earth-tone colors. But they are not the same material, and that difference affects appearance, long-term wear, repair options, and cost.
For a patio, the decision may come down to style and comfort underfoot. For a driveway, strength, thickness, edge restraint, and base preparation become more important. For a commercial walkway, slip resistance, maintenance, replacement availability, and consistent appearance may be deciding factors.
Getting the choice wrong can lead to problems such as:
- A driveway surface that wears faster than expected because the wrong paver thickness or material was selected.
- A patio that looks too modern or too rustic compared with the home.
- Color expectations that do not match reality after years of sun, rain, deicing salts, or cleaning.
- Higher maintenance than anticipated due to staining, moss growth, joint sand loss, or surface fading.
- Difficulty matching replacement pieces later if the chosen paver style is discontinued.
The material itself matters, but it is only part of the system. A high-quality paver installed over a poor base can still settle, shift, or hold water. Likewise, both concrete and brick pavers can last a long time when installed on a properly compacted base with correct drainage, edge restraints, bedding sand, and joint material.
Practical Guide
1. Choose based on the look you actually want
Concrete pavers are typically the more flexible design option. They are manufactured in many shapes, including rectangles, squares, planks, cobblestone-style units, large-format slabs, and textured surfaces that imitate natural stone. If you want a contemporary patio with large-format gray pavers, a multi-color driveway border, or a walkway with a specific pattern, concrete usually offers more options.
Brick pavers have a more classic appearance. They are often associated with older homes, traditional garden paths, historic districts, courtyards, and timeless red or brown tones. Because brick is made from clay, the color tends to have a natural, baked-in quality rather than being only a surface treatment.
Practical tip: Before choosing, place samples near your house exterior, not just in a showroom or online cart. Look at them in morning light, shade, and late afternoon sun. Roof color, siding, stone veneer, and landscape materials can make the same paver look very different.
2. Match the paver to the use: patio, walkway, or driveway
For patios and foot-traffic areas, both materials can work very well. Comfort, style, and stain resistance may matter more than load-bearing performance.
For driveways, pay closer attention to the paver’s rated use, thickness, and installation method. Not every paver that looks attractive on a patio is appropriate for vehicles. Concrete driveway pavers are commonly manufactured in sizes and thicknesses designed for vehicular loads. Brick pavers can also be used for driveways, but the project should be designed carefully with the right paver type and base depth.
Example: A backyard seating area may perform well with standard pedestrian-rated pavers over a compacted aggregate base. A residential driveway needs a stronger base, proper compaction, edge restraint, and pavers suitable for repeated vehicle traffic.
3. Understand color and aging differences
Concrete pavers come in a wide range of colors, but their appearance can change over time due to UV exposure, surface wear, weathering, and cleaning methods. Some concrete pavers may lighten or fade, especially if they have surface-applied color or are exposed to harsh conditions.
Brick pavers are made from fired clay, so their color is generally more consistent through the unit. They can still weather, darken, accumulate moss, or become stained, but the clay tone itself is usually stable. This is one reason brick is often chosen for long-term traditional projects.
Practical tip: Ask whether the color goes through the paver or is concentrated on the surface. This matters most in high-wear areas like driveways, commercial entrances, and heavily used walkways.
4. Compare maintenance realistically
Neither option is maintenance-free. Both concrete and brick paver installations may need occasional sweeping, rinsing, joint sand replacement, weed control, and stain treatment. Joint maintenance is especially important because many “paver problems” start in the joints, not the paver itself.
Concrete pavers may benefit from sealing in some situations, especially where stain resistance or color enhancement is desired. Brick pavers may also be sealed, but sealing changes the appearance and can affect how moisture moves through the surface. It should be done carefully and only with a product appropriate for the material and site conditions.
Practical tip: If the area is near a grill, outdoor kitchen, driveway, or tree canopy, ask how each material handles oil, grease, leaf tannins, rust, and organic staining.
5. Think about repairs and future matching
One major advantage of paver systems is that individual units can often be removed and replaced. This is useful if you need to repair a utility line, fix settlement, or replace stained pieces.
Concrete pavers may be harder to match years later if the exact style, batch, or color blend is no longer available. Brick pavers can sometimes be easier to blend visually because of their traditional color range, but size and manufacturing differences still matter.
Practical tip: Save a small number of extra pavers from the original installation. Store them somewhere dry and accessible. This is helpful for repairs, border replacement, or future expansion.
Common Mistakes to Avoid
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Choosing only by color from a photo: Online images rarely show true texture, color variation, or scale. Always review physical samples when possible.
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Ignoring the base installation: Paver failure is often caused by poor excavation, weak base material, bad compaction, or drainage problems — not the paver itself.
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Using patio pavers for a driveway: Vehicle areas need pavers and base construction suitable for loads, turning tires, and repeated use.
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Assuming brick and “brick-look” concrete are the same: Concrete pavers can imitate brick, but they do not have the same clay composition, aging pattern, or color characteristics.
Key Takeaways
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Concrete pavers offer more design variety in size, shape, texture, and color, making them highly adaptable for modern and custom layouts.
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Brick pavers are made from fired clay and are often chosen for their classic appearance, natural color, and traditional character.
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Both materials can be durable, but performance depends heavily on proper base preparation, drainage, compaction, and edge restraint.
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For driveways, confirm that the selected paver type and installation design are appropriate for vehicle traffic.
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The best choice is not just “concrete versus brick” — it is the material, thickness, pattern, base, drainage, maintenance plan, and how well the finished surface fits the property.