Brick Pavers: Types, Benefits, and Installation Guide
Updated: 10 hours ago
Outdoor surfaces do more than connect one part of your property to another. The right paving material can shape how a patio, walkway, or driveway feels, performs, and fits into the architecture of your home. In Southern California, that choice also needs to stand up to intense sun, regular use, and the design expectations of an established home.
Brick pavers are durable, design-forward units used to create structured outdoor surfaces in clay or other manufactured materials. Their range of colors, patterns, edge profiles, and installation options makes them suitable for patios, walkways, driveways, and carefully planned landscape projects.
Get a free brick paver consultation with LevelWorks. Call (855) 202-2015 to discuss your patio, driveway, or walkway project with our design team.
Understanding how these units are made, how their materials differ, and which styles suit your project is the first step toward a lasting result. From traditional fired clay to contemporary manufactured options, the material details influence both appearance and performance.
What Are Brick Pavers? Types and Materials
Brick pavers are individual units designed to create durable outdoor surfaces such as patios, walkways, driveways, and courtyards. Unlike a poured slab, a paver installation is assembled from separate pieces. Allowing the surface to follow the planned geometry of the space and making individual units serviceable if a future repair is needed. The units are manufactured in controlled plant conditions, which supports consistent dimensions and high strength. An academic overview from the University of Idaho identifies vitrified clay brick and high-strength concrete as the two primary materials used for unit pavers.
Clay brick pavers
Clay brick pavers are formed from clay and fired at approximately 2,000 degrees Fahrenheit. That process carries the color through the body of the unit rather than leaving it only on the surface. As a result, clay pavers are not expected to fade in the same way a surface-colored material can, and they generally do not require sealing for color retention. The Brick Industry Association reports that most clay pavers have compressive strengths exceeding 10,000 psi, while some products exceed 12,000 psi. These characteristics make clay a compelling choice when a project calls for enduring material performance as well as the warmth and variation of fired brick.
Concrete pavers
Concrete pavers are produced from high-strength concrete and can be manufactured in a broad range of colors, textures, dimensions, and surface profiles. Their versatility makes them useful when the design calls for a precise contemporary grid. A more varied modular pattern, or a coordinated relationship between paving and other hardscape materials. The right selection depends on the intended use, drainage strategy, architectural style, and the overall composition of the property.
Edges, profiles, and paving units
Material is only one part of the specification. Common styles include square-edge units for clean, architectural lines; beveled-edge units that create a more defined joint and visual separation. Antique or tumbled-looking units for a timeworn character; and thin paving units where the existing conditions and installation system are appropriate. A designer may also combine formats to establish borders, transitions, or a deliberate running-bond, herringbone, or basket-weave pattern.
Characteristic | Clay brick pavers | Concrete pavers |
Manufacturing | Fired from clay at about 2,000 degrees Fahrenheit. | Cast from high-strength concrete. |
Color | Carried through the body and naturally fade-resistant. | Pigmented across a wide range of colors and finishes. |
Strength | Often exceeds 10,000 psi, with some over 12,000 psi. | High-strength plant-controlled production. |
Sealing | Generally not required for color retention. | May be appropriate depending on finish. |
Character | Warm, classic, richly varied fired-brick tone. | Precise, contemporary, and highly customizable. |
Because the base, drainage, edge restraint, jointing material, and surface material must work together, product selection should happen as part of the complete site plan. LevelWorks can coordinate the design and installation of your paver and concrete services with the rest of your outdoor renovation, creating a finished result that feels intentional from the first transition to the last joint. Talk with a LevelWorks designer to compare paver materials for your project.
Benefits of Choosing Brick Pavers for Your Outdoor Space
Brick pavers bring together lasting performance and design flexibility, making them a strong choice for patios, walkways, driveways, and other outdoor living areas. Their individual units create visual rhythm across a surface, while the range of colors, laying patterns. And edge details makes it possible to develop a look that feels considered rather than generic. Because each unit is placed individually, brick pavers also offer varied color and pattern alternatives that a single poured surface cannot easily match.
Durability for Everyday Use
Clay pavers are fired at nearly 2,000 degrees Fahrenheit, with color carried through the body of each unit. That construction helps the surface resist fading and means it does not require the same type of sealer used to preserve the appearance of some concrete units. The Brick Industry Association notes that some clay pavers remain in place after 200 years, while most clay pavers exceed 10,000 psi in strength. Glen-Gery reports compressive strengths often exceeding 12,000 psi, supporting applications exposed to substantial foot and vehicle traffic.
That durability also gives homeowners confidence in high-use spaces. When the base, drainage design, and installation are properly engineered, interlocking paver systems can handle heavy traffic, including truck traffic. Individual units can also be removed and reset when access to an underlying utility or localized repair is needed. Preserving more of the overall installation than a monolithic surface may allow.
Design That Complements the Architecture
Brick pavers are available in warm and cool tones, subtle variations, and patterns that can define zones within a larger landscape. Running bond, basketweave, herringbone, and border treatments each create a different visual character. This allows the paving to coordinate with the home's architecture, planting design, walls, and outdoor furnishings. The result can be formal and architectural, relaxed and traditional, or clean and contemporary without sacrificing performance.
For a broader outdoor transformation, LevelWorks can coordinate paving with the surrounding layout, materials, and outdoor living features through its backyard renovation services in Los Angeles.
Better Water Management with Permeable Systems
Permeable interlocking pavers offer an additional performance benefit where drainage matters. Rather than shedding all rainfall across the surface like conventional pavement, a permeable system allows stormwater to infiltrate through the joints and into its aggregate base. Iowa State research explains that this approach can reduce peak runoff by storing water in the subbase for gradual release and can approximate pre-development runoff conditions in the area covered by the pavers. That makes permeable construction a thoughtful option for Southern California landscapes where directing and managing stormwater is part of a successful outdoor design.
How Brick Pavers Are Installed: A Step-by-Step Guide
A lasting paver installation depends less on the visible surface than on the preparation beneath it. The finished pattern may draw attention, but a carefully engineered base, appropriate drainage, and secure edges determine how well the surface performs over time. A professional installation typically follows this sequence:
- Assess the site and plan drainage.
The project begins with measurements, existing-surface evaluation, slope planning, and a review of how water moves through the property. For Southern California homes, this stage also includes confirming whether permits, drawings, or inspections are required. Planning these details before excavation helps protect the home, adjoining surfaces, and finished grade.
- Excavate to the required depth.
The installer removes soil, vegetation, old paving, and unstable material to create room for the full paving assembly. Excavation depth depends on the application, soil conditions, drainage design, and expected loads. A patio, walkway, and driveway should not automatically receive the same base design.
Build and compact the subbase.
This is the structural foundation of the installation. Appropriate aggregate is placed in controlled lifts, shaped to the planned slope, and compacted thoroughly. The base and subbase must be designed for the expected use. Properly designed permeable interlocking pavers, for example, are capable of handling truck traffic, according to Iowa State University research:
the system can accommodate heavy vehicle loads
. The principle is straightforward: strong pavers cannot compensate for a weak or poorly compacted base.
- Install edge restraints.
Durable restraints hold the perimeter in position and help prevent lateral movement as the surface is used. They are especially important at open edges, transitions, curves, and areas exposed to repeated vehicle or foot traffic. The restraint system should be compatible with the design and secured to the prepared base.
- Set the bedding layer and lay the pattern.
A properly prepared bedding layer provides a consistent setting surface. The pavers are then placed according to the selected running bond, basketweave, herringbone, or other pattern, with attention to alignment, borders, transitions, and cuts. Experienced installers adjust the layout before cutting so the finished design feels intentional rather than pieced together.
- Fill joints and compact the surface.
Joint sand is swept across the completed surface, working into the spaces between units. Controlled compaction seats the pavers and helps settle sand into the joints. The installer then makes a final sweep, checks the pattern and elevations, and clears excess material from the surface.
For a closer look at the preparation and sequencing involved, see this paver patio installation guide. A qualified design-build contractor can coordinate grading, drainage, material selection, edge details, and Southern California permit requirements as one cohesive project.
Planning a paver project? Connect with a LevelWorks design-build team or call (855) 202-2015 to review the best paver system for your site.
Where Can You Use Brick Pavers? Driveways, Patios, and Walkways
The right paver pattern can make an outdoor surface feel intentional, architectural, and fully connected to the home. Brick pavers work particularly well across Southern California landscapes because they bring warmth and texture to contemporary designs without limiting the layout. They can define a formal entry, extend an indoor entertaining space, or create a quiet transition between the house and garden.
Driveways built for daily arrival
For driveways, the installation design must account for vehicle loads, drainage, edge stability, and the movement created by regular use. A properly designed permeable interlocking paver system can handle heavy vehicle traffic, including truck traffic, according to Iowa State University research. That performance depends on the correct base, subbase, edge restraints, joint material, and installation method rather than the paver unit alone.
Pattern selection also affects the visual character of the approach. A herringbone layout creates a strong directional rhythm and helps the driveway read as a crafted architectural element. Homeowners planning a more detailed entry sequence can review this guide to brick driveways before discussing materials and site conditions with a design-build team.
Patios and backyard living areas
On a patio, brick pavers establish a durable foundation for dining, lounging, grilling, and entertaining. Their modular format makes it possible to organize a larger backyard into distinct zones while maintaining a cohesive surface. A restrained color palette can support a modern landscape, while subtle variation in tone and pattern adds depth around planting beds, fire features, or outdoor kitchens.
In a full backyard renovation, the paver layout should be coordinated with grade changes, steps, walls, planting, lighting, and the home's existing architecture. This integrated planning helps the patio feel like part of the residence instead of a surface added after the rest of the design.
Walkways with a clear sense of movement
Walkways benefit from patterns that guide the eye and reinforce the path's proportions. Running bond is a clean choice for walkways because its repeated lines create a calm, lengthwise flow. It works well for straight garden paths, side-yard connections, and transitions from a driveway to the front entry. Curved paths may use adjusted layouts and carefully cut edges to preserve a polished appearance.
Permeable interlocking pavers offer another option where stormwater management is part of the design. Unlike conventional pavement, permeable systems are designed to infiltrate runoff. Their aggregate subbase can store water and release it gradually, helping approximate pre-development runoff conditions in the area covered by the pavers. Read this guide to permeable pavers in Los Angeles for more context on the approach and site considerations.
Frequently Asked Questions
What is the difference between brick and pavers?
Brick pavers are individual units designed for patios, walkways, driveways, and other outdoor surfaces. They are commonly made from vitrified clay or high-strength concrete in controlled manufacturing environments. While the word brick may also describe masonry units intended for walls or other applications. Selecting a true paving product helps ensure the unit, dimensions, and surface finish are suited to the installation.
What goes underneath brick pavers?
A typical installation includes a properly excavated and compacted subgrade, a graded aggregate base, a bedding layer, the pavers, jointing sand, and edge restraints. The base supports the surface and helps manage drainage. The exact depth and material selection should reflect soil conditions, expected traffic, and whether the design is permeable. So the installer should evaluate the site rather than place units directly on an unprepared surface.
Can I lay bricks directly on dirt?
Direct placement on dirt is not recommended for a lasting patio, walkway, or driveway. Soil can settle unevenly, allowing pavers to shift, sink, or develop low areas that hold water. Proper excavation, subgrade preparation, aggregate placement, compaction, and edge restraint create the stable foundation needed for a clean layout and long-term performance.
Are brick pavers durable for driveways?
Yes, they can perform well on driveways when the design and base are matched to vehicle loads. Permeable interlocking paver systems can handle heavy traffic, including truck traffic, when designed correctly, according to Iowa State University research: Iowa State University guidance. A driveway installation should account for drainage, edge restraint, compaction, and the expected pattern of vehicle use.
Do brick pavers require a lot of maintenance?
Maintenance is generally straightforward. Sweep the surface periodically, address weeds or settled joints early, and clean stains using methods appropriate for the selected paver. Periodic inspection also helps identify movement or drainage concerns before they become larger repairs. Ask your contractor whether sealing is appropriate for the specific material and finish rather than treating it as an automatic requirement.
Ready to Plan Your Brick Paver Project?
A thoughtful design and properly prepared installation can help your new patio, driveway, or walkway feel intentional from the start. Get a quote and design consultation for your brick paver project by calling (855) 202-2015 and share your goals with the LevelWorks team.
