Servicing Greater Tewksbury, MA and Surrounding Towns

Concrete Brick Steps: 2025 Pro Guide

 

Why Concrete Brick Steps Transform Your Home’s Entrance

Concrete brick steps combine the strength of concrete with the timeless look of brick, creating an entrance that is both functional and stunning. This guide covers everything from foundation prep to the final finishing touches for your new or upgraded steps.

Quick Overview: Building Concrete Brick Steps

  1. Foundation: Excavate, add a compacted gravel base, and pour a concrete slab.
  2. Materials: Use frost-resistant bricks and strong Type M mortar.
  3. Installation: Lay bricks on a mortar bed with consistent spacing and a slight slope for drainage.
  4. Dimensions: Aim for 6-7 inch risers and 10-12 inch treads for comfort.
  5. Finishing: Fill joints, cure the mortar for 5-7 days, and seal for protection.

Brick steps offer superior durability, excellent slip resistance, and incredible versatility to match your home’s style. However, the foundation is the most critical part of the project. A properly prepared base prevents frost heave and ensures long-term stability.

I’m Scott McLeod, owner of McLeod Landscaping. With over 30 years of experience installing concrete brick steps in the Merrimack Valley, I’ll share the professional techniques that ensure your project lasts for decades.

Step construction process showing excavation, sub-base installation, concrete pouring, brick laying, and mortar application with proper dimensions and drainage slopes - concrete brick steps infographic

Planning Your Project: Design, Materials, and Codes

various brick patterns like herringbone, running bond, and basketweave - concrete brick steps

Smart planning is the key to successful concrete brick steps. This phase involves balancing aesthetics with function, setting a realistic budget, and ensuring your project complies with local building codes. Getting these details right upfront will save you headaches and money later. For complex projects, our Masonry Services team can handle everything from design to cleanup.

Why Choose Brick Over Plain Concrete?

Why choose brick over a simple concrete pour? The answer goes beyond looks.

  • Aesthetic Variety: Brick offers natural warmth, character, and texture that plain concrete can’t replicate.
  • Increased Property Value: Brick steps signal quality and craftsmanship to potential buyers, enhancing curb appeal.
  • Superior Texture: The slightly rough surface and mortar joints provide natural slip resistance, which is especially valuable in New England winters.
  • Durability: Quality clay bricks are highly resistant to the freeze-thaw cycles that can crack concrete. For more ideas, see our Front Stairs and Step Installation services.

Design and Pattern Ideas

Brick gives you endless ways to express your home’s personality. Popular patterns include:

  • Running Bond: A timeless, classic pattern with offset rows that works with any architectural style.
  • Herringbone: An neat and strong interlocking V-shape pattern, ideal for high-traffic areas.
  • Basketweave: A charming, cottage-like pattern created by laying pairs of bricks perpendicular to each other.
  • Stack Bond: An ultra-modern look with bricks aligned in a grid, demanding high precision.

Consider whether straight, curved, or flared stairs best suit your landscape and home. The right pattern can completely transform an entrance, as seen in our Brick Stairs and Walkway portfolio.

Choosing the Right Materials for Concrete Brick Steps

Using the right materials is crucial for a long-lasting installation.

  • Bricks: Class F frost-resistant clay bricks are engineered for New England winters and outlast cheaper alternatives. Concrete pavers are a uniform, often less expensive option, but lack the natural character of clay.
  • Mortar: Type M mortar is non-negotiable, offering 2500 psi of compressive strength. The standard mix is 1 part Portland cement, 1/4 part lime, and 3 parts sand.
  • Sub-Base: A compacted gravel sub-base, like MOT Type 1, provides a solid, well-draining foundation. See the technical specs for MOT sub-base for details.
  • Geotextile Fabric: Placed between the soil and sub-base, this fabric prevents mixing and improves drainage, which is key to preventing frost heave.
Feature Mortar (Type M) Masonry Adhesive
Strength Excellent for load-bearing Good for repairs only
Durability Decades of outdoor exposure Can degrade over time
Application Requires mixing and skill Squeeze from tube
Cost Economical for large areas Expensive per square foot
Weather Resistance Handles freeze-thaw cycles May fail in extreme cold

For structural steps, always use mortar. Save adhesive for minor repairs.

Understanding Local Building Codes

Ignoring building codes is a costly mistake. Always check with your local building department before starting. Key requirements often include:

  • Riser Height: Typically 7-8 inches maximum for safety and comfort.
  • Tread Depth: A minimum of 10-12 inches is standard.
  • Handrails: Required for stairs with more than three risers or exceeding a certain height.
  • Landings: A flat space of at least 36 inches is needed at the top and bottom.
  • Drainage Slope: Each tread must slope 1/4 inch per foot away from the house.

While not always required for residential projects, considering ADA compliance guidelines can make your steps more accessible for everyone.

The Foundation: Preparing for a Lasting Installation

properly excavated and compacted sub-base for steps - concrete brick steps

Like a house, concrete brick steps need a solid foundation to last. Cutting corners here is a recipe for failure. A proper foundation prevents frost heave, ensures good drainage, and provides a stable base to keep your steps level for decades. This principle is also key to our Retaining Wall Installation services.

Prepping an Existing Concrete Surface

If you’re overlaying existing concrete steps with brick, proper prep is essential. If the concrete is badly cracked or crumbling, it must be replaced, not covered.

  1. Clean: Power wash the surface to remove all dirt, grime, and loose material.
  2. Repair: For minor cracks, chisel them into a V-shape, clean out debris, and fill them.
  3. Roughen: Use a grinder to roughen smooth surfaces so the new mortar can grip effectively.
  4. Bond: Apply a liquid bonding agent right before laying the mortar to create a strong chemical bond between the old and new concrete. For more details, How to Do Brick and Concrete Repairs offers helpful guidance.

Building a New Foundation from Scratch

Starting from scratch ensures the best possible result. This is more work but guarantees a foundation that will last for 50 years or more.

  1. Excavate: Dig down at least 4-6 inches, or deeper to get below the local frost line.
  2. Lay Geotextile Fabric: Place this barrier between the soil and gravel to maintain stability and drainage.
  3. Add Gravel Sub-Base: Use compacted gravel (like MOT Type 1), adding it in layers and compacting each one with a plate compactor. This creates a solid, well-draining base.
  4. Pour Concrete Slab: A 2-inch concrete slab poured over the gravel provides the final level platform for your bricks.

This video on proper preparation shows the techniques professionals use. Time spent on the foundation is never wasted.

Step-by-Step Installation: Building Your Concrete Brick Steps

mason carefully laying a brick on a mortar bed with a trowel - concrete brick steps

With a solid foundation, you can now bring your concrete brick steps to life. This phase requires precision and patience. For a complete overview, see our guide on How to Build Brick Stairs Outside.

Laying the Bricks or Pavers

Getting the mortar right is the first step. Use Type M mortar mixed to a thick, peanut-butter-like consistency. Mix in small batches to keep it workable.

Spread a consistent 3/8-inch mortar bed on the concrete base. The first course of bricks is the most critical, as it guides the rest of the installation. Use a level and a tight string line to ensure each brick is perfectly straight. As you lay subsequent bricks, apply mortar to the ends (head joints) and use spacers to maintain uniform joints. A well-planned layout that uses whole bricks saves time and looks more professional, a technique shown here: using whole bricks to save time.

Building the Risers and Treads

Work from the bottom up, completing one full step (riser and tread) before moving to the next. This ensures proper support and alignment.

The secret to longevity is proper drainage. Each tread must slope forward about 1/4 inch per foot. This slight slope prevents water from pooling and seeping into joints, which is crucial for avoiding damage during freeze-thaw cycles.

Use a brick saw or angle grinder with a diamond blade for clean, precise cuts at edges. Plan transitions to existing walkways carefully to ensure a seamless flow. Our Interlocking Brick Stairs guide offers more tips on managing these connections.

Filling and Finishing the Joints

This final step gives your brickwork a polished, professional look. Once the mortar is firm but still workable, it’s time to finish the joints.

  • Tuck-pointing: Carefully pack fresh mortar into all the joints between bricks to prevent water penetration.
  • Finishing: When the mortar is “thumb-print hard,” use a jointing tool to compress and smooth the joints. This makes the mortar denser and more water-resistant.
  • Curing: Allow the mortar to cure for 5-7 days. Keep it slightly moist by misting it with water, especially in hot weather, to ensure maximum strength.
  • Cleaning: Use a stiff brush and water to clean any excess mortar off the brick faces before it hardens.

Finishing, Maintenance, and Troubleshooting

person applying sealant to finished brick steps with a roller - concrete brick steps

Your concrete brick steps are built, but proper finishing and maintenance are needed to ensure they last. This final stage protects your investment for years to come. Learn more about long-term care on our Hardscaping Services page.

Sealing and Protecting Your Steps

Sealing your steps protects them from weather damage. Penetrating sealants are our top choice as they soak into the brick without creating a slippery surface. Film-forming sealants create a glossy topcoat but can be slick when wet. Always apply sealant to a clean, dry surface, and plan to re-seal every 3-4 years to maintain protection against water damage, stains, and efflorescence.

Long-Term Maintenance and Cleaning

Well-built brick steps require minimal but consistent care.

  • Sweeping: Regularly sweep away leaves and debris to prevent moisture buildup and moss growth.
  • Washing: Use mild detergent and water for general cleaning. A pressure washer on a low setting can be used for tougher grime.
  • Moss Removal: In damp areas, scrub away moss and algae with a bleach-and-water solution to prevent slippery surfaces.
  • Inspections: Seasonally check for hairline cracks or loose bricks, especially after winter.
  • Weed Prevention: Pull any weeds from joints by hand as soon as they appear to prevent root damage.

Common Problems with Concrete Brick Steps and How to Avoid Them

Understanding potential issues helps you prevent them.

  • Cracked Mortar: Caused by improper mixing, rushed curing, or foundation movement. Avoid by using Type M mortar, curing it properly, and building on a solid foundation.
  • Loose Bricks: Often due to poor surface prep or not enough mortar. Ensure the base is clean and a bonding agent is used.
  • Efflorescence (White Stains): Occurs when water evaporates and leaves salt deposits. Prevent with proper drainage and sealing.
  • Spalling (Flaking): Happens when water freezes inside bricks. Use frost-resistant Class F bricks and a quality sealant.
  • Uneven Settling: A clear sign of foundation problems. Avoid by ensuring proper excavation and sub-base compaction.
  • Poor Drainage: Leads to a host of other issues. Ensure every tread slopes 1/4 inch per foot away from the house.

Cost Considerations

The cost of concrete brick steps depends on several factors:

  • Size and Complexity: A simple, straight two-step entry costs less than a wide, curved staircase.
  • Materials: Specialty pavers may cost more than standard clay bricks.
  • Labor: Skilled masonry is a significant portion of the cost but prevents expensive future repairs.
  • Site Conditions: Extensive excavation or demolition will increase the project cost.

DIY vs. Professional: Doing it yourself saves on labor but requires time, tools, and expertise. Mistakes, especially with the foundation, can be more costly to fix than hiring a professional from the start.

Note: Average costs found online for concrete brick steps vary widely. A small project might run $200-$800, while complex installations can be $3,000-$15,000 or more. Materials alone typically cost $4-$15 per square foot, with skilled labor from $50-$150 per hour. These are estimates based on internet data and not actual quotes from McLeod Landscaping. We provide detailed estimates custom to your specific project.

Frequently Asked Questions about Concrete Brick Steps

After 30 years of installing concrete brick steps, we’ve heard every question. Here are the most common ones.

Can you lay bricks directly over a cracked concrete porch?

No, this is not recommended. Cracks indicate an unstable base, which will cause the new brickwork to fail. The existing concrete must be properly repaired and prepped. If damage is severe, the old concrete should be completely removed and replaced with a new, solid foundation before laying bricks. Covering up a problem will only lead to more expensive repairs later.

What is the best way to ensure proper drainage for brick steps?

Proper drainage for concrete brick steps starts with the foundation. A well-compacted gravel base allows water to drain away from the structure. The most critical element, however, is sloping each tread about 1/4 inch per foot away from the house. This gentle slope prevents water from pooling on the surface, seeping into joints, and causing damage during freeze-thaw cycles.

How do you prevent frost heave from damaging concrete brick steps?

Frost heave is a major threat in cold climates. It’s prevented by building a foundation that extends below the local frost line. This involves excavating the soil and installing a deep, well-drained sub-base of compacted gravel. This base prevents water from collecting and freezing under the steps, which is what causes the ground to expand and push the structure upward. A proper foundation is the only reliable defense against frost heave.

Conclusion

Creating beautiful concrete brick steps is an investment in your home’s beauty, safety, and value. This guide has covered the critical details, from foundation to finish, that ensure a lasting result. The key takeaways are the importance of proper drainage, the use of quality materials like Type M mortar and frost-resistant bricks, and building on a solid, well-compacted foundation.

When done right, brick steps deliver timeless beauty with patterns like running bond or herringbone, improved safety from their slip-resistant texture, and increased curb appeal that improves home value. The difference between steps that last a few years and those that last for generations is the quality of the foundation and installation.

For homeowners in the Merrimack Valley, McLeod Landscaping has the expertise to build concrete brick steps that withstand our New England climate. We understand how to blend durability and beauty to create an entrance that stands the test of time.

Ready to transform your home’s entrance? Explore our exterior brick stair solutions and let’s create something extraordinary together.

 

Contact Us Today

Contact McLeod Landscaping today at (978) 640-0957 or click here to schedule a consultation for retaining wall installation. Let our experienced team design and install a functional and visually appealing retaining wall that enhances your landscape.

McLeod Landscaping From Foundation to Finish: Your Guide to Concrete Brick Steps

Table Of Contents

Landscape & Hardscape Professionals Servicing , MA

McLeod Landscaping, Inc.

1881 Main St Unit 1, Tewksbury, MA 01876

Stay Connected