Call Now Free Quote
(847) 713-1648 Get Free Estimate
Chicagoland's Trusted Masonry Experts

Expert Step & Stoop Masonry Repair in Chicagoland

Front step and stoop rebuilds with proper footing depth and mechanical ties. Fixes separation, sinking, and surface failure. 39+ years of North Shore experience. Licensed, insured, ASTM-compliant. Free estimates.

Get My Free Estimate Call (847) 713-1648
39+
Years Experience
87
Reviews
2,800+
Projects
4.9
Star Rating

What Is Step and Stoop Masonry Repair?

Step and stoop masonry repair restores front steps and stoops that have separated from the house, sunk below their original level, or begun to crumble from the surface inward. The core issue is structural: most failing front steps were built on independent shallow footings with no mechanical connection to the house foundation. The house foundation sits below the frost line (42 to 48 inches in Northern Illinois). Step footings typically go 12 to 18 inches - well within the zone where frost heave acts every winter. Year after year, the step footing rises and falls with the frost while the house does not. The gap opens. Filling that gap with mortar is a one-season fix. The real repair is a new footing at correct depth, mechanical ties connecting the stoop to the foundation wall, proper drainage, and appropriate mortar - Type N for above-grade residential brick, Type S for structural below-grade components.

Six Signs You Need Step & Stoop Masonry Repair

Sign 1

Gap opening between the stoop and the house sill or threshold

Sign 2

Steps sinking or settling below their original level

Sign 3

Individual brick treads cracked, loose, or missing

Sign 4

Concrete step surface scaling, spalling, or crumbling from de-icing salt damage

Sign 5

Cheek walls pulling away from the step structure or the house

Sign 6

Water pooling on step surfaces or draining toward the foundation rather than away

Need step & stoop masonry repair? Call (847) 713-1648 or

Get Free Estimate

What Happens When You Delay Step & Stoop Masonry Repair

A step that has separated from the house is a water entry point at the threshold and a trip hazard. Each winter widens the gap. What can be rebuilt with a proper footing and mechanical tie this season becomes more complex and more expensive when the movement has progressed to include the cheek walls and landing.

Cost Escalation Timeline

Timeline Condition Typical Cost
Year 0-2 Gap beginning to open, minor surface cracking on treads Footing + mechanical tie rebuild: $1,500-$4,000
Year 2-4 Gap visible, tread deterioration, water entry at threshold Full stoop rebuild with new footing: $2,000-$5,000
Year 4-6 Cheek walls involved, significant surface failure Steps + cheek walls + landing: $3,000-$6,000
Year 6+ Structural movement affecting threshold and entry Full entry restoration: $5,000-$10,000+

Our Step & Stoop Masonry Repair Process

1

Step and Foundation Assessment

We examine the gap between stoop and house, tread and riser condition, cheek wall integrity, landing condition, and drainage pitch. We determine whether the footing has heaved, settled, or simply was never connected. An independent footing that has been cycling for 20-40 years requires a different repair scope than a footing that was correctly built but had its connection fail.

2

Existing Step Removal

Deteriorated steps are carefully removed. Where original brick is in good condition and can be salvaged for reuse, we set it aside. Brick cheek walls on pre-1960 soft brick construction require identification before demolition so mortar specification can match.

3

New Footing Installation

A new footing is poured at proper depth for the frost line in Northern Illinois. The footing is sized for the stoop load and includes drainage to prevent frost heave recurrence. This is the step most repairs skip and the reason most repairs fail.

4

Mechanical Tie to Foundation Wall

The stoop is mechanically tied to the house foundation wall. This connection is what prevents the stoop from separating again. Without it, any correctly built stoop will eventually open a gap as independent frost cycling continues over decades.

5

Masonry Rebuilding with Correct Mortar

Brick treads, risers, cheek walls, and landing are rebuilt with the correct mortar specification. Type N for above-grade face brick on residential construction. Type S for structural below-grade components. On pre-1960 soft Chicago common brick, lime-based Type N is required - harder mortar causes spalling on soft historic brick.

6

Drainage Correction and Final Inspection

The completed steps are pitched away from the house to direct water toward the yard, not the foundation. The gap between stoop and sill plate is properly flashed or caulked. The structure is walked and checked for alignment, pitch, and tread stability.

Ready to get started? Call (847) 713-1648 or

Request Estimate

Technical Standards & Mortar Types

Step and stoop masonry uses two mortar types in the same structure. Below-grade and structural load-bearing components require Type S. Above-grade face brick work requires Type N - or Type N lime-based on soft historic brick. Using the wrong mortar on the wrong component causes premature failure.

Mortar Type Compressive Strength Correct Use Risk if Misused
Type N 750 PSI Above-grade brick treads, risers, cheek wall face work, residential step construction Correct for all above-grade residential step masonry. Match to existing brick hardness - Type N lime-based for pre-1960 soft brick.
Type S 1,800 PSI Below-grade step footing zone, structural load-bearing sections Required for structural components below grade. Do not use on above-grade face brick - too hard for soft historic brick and concentrates stress at brick face.
Air-Entrained Concrete 4,000-4,500 PSI New footing pours and any concrete stoop components Must be air-entrained for freeze-thaw durability in Chicagoland exterior applications. Non-air-entrained concrete for exterior use fails within 3-5 winters.

All Delta work follows ASTM C270 Standard Specification for Mortar for Unit Masonry.

Step & Stoop Masonry Repair Pricing

$1,500-$4,000
Steps and landing replacement (concrete)
$2,000-$5,000
Brick step and stoop rebuild with footing
$500-$1,500
Tread repair and mortar restoration
Free
On-site assessment with written estimate

Steps and landing replacement runs $1,500 to $4,000 for concrete, with brick or masonry rebuild work depending on scope, number of treads, cheek wall construction, and material. A written estimate from on-site assessment is the only reliable figure for your specific steps.

Questions about step & stoop masonry repair? We have answers. Call (847) 713-1648 or

Get Free Estimate

Step & Stoop Masonry Repair Service Areas

We provide professional step & stoop masonry repair services across Chicago's North Shore, Lake County, northwest suburbs, and Cook County. 39+ years serving these communities.

North Shore

WinnetkaWilmetteKenilworthGlencoeEvanston

Lake County

Lake ForestLake BluffHighland ParkLibertyvilleWaukeganGurneeVernon HillsMundeleinGrayslake

Northwest Suburbs

NorthbrookGlenviewDeerfieldArlington HeightsPalatineBuffalo Grove

Cook County

SkokieDes PlainesSchaumburgPark RidgeNilesNorridgeMorton GroveRosemontRolling MeadowsLincolnwoodNorthfield

Neighborhood Expertise

Every neighborhood on the North Shore has different brick, mortar, and construction eras. We know what your home is made of and how to repair it correctly.

Highland Park

Era 1920s-1960s Building types Colonials and ranch homes; step separation one of the most common structural masonry calls Common material Brick and concrete steps; independent-footing construction without mechanical ties standard on mid-century homes Our approach Steps separating from the house on 1920s through 1940s colonials is one of the most common structural masonry calls from Highland Park. The median home age of 1958 and construction practices of the era mean independent-footing steps without mechanical ties are the norm. Proper footing and mechanical tie at the time of rebuild prevent recurrence.

Glenview

Era 1950s-1970s Building types Colonial and ranch homes; brick steps and stoops common Common material Standard brick and concrete step construction; documented step separation issues Our approach Glenview colonials from the 1955-1970 era commonly show front steps with a gap at the sill plate that has been caulked multiple times without addressing the footing. The gap opens wider each year. The only fix is a new footing and mechanical tie.

Libertyville

Era 1960s-1990s Building types Mix of residential styles; frost heave from shallow footings documented Common material Standard brick and concrete steps; independent footings common on original construction Our approach Libertyville's frost heave problem is documented across multiple masonry element types. Step footings built at 12-18 inches in the frost zone are in the highest-risk category. Combined with the grade-level moisture that keeps Libertyville foundations wet, step rebuilds here benefit from drainage correction at the same time.

Deerfield

Era 1965-1985 Building types Colonial and bi-level homes; brick entry steps standard on the period Common material Brick steps with builder-grade mortar at end of service life; concrete steps with de-icing salt damage Our approach Deerfield homes from the 1965-1985 era have brick step mortar at end of service life alongside any concrete step surface failure from decades of de-icing salt. Combined repair covers both mortar and surface in one project.

Wilmette and Winnetka

Era 1920s-1950s Building types Colonial, Tudor, Georgian homes with ornamental brick stoops Common material Soft Chicago common brick; lime mortar original specification; decorative brick patterns on some stoops Our approach Wilmette and Winnetka stoops from the 1920s-1950s used soft Chicago common brick that requires lime-based Type N mortar for any new mortar work. Using Type S or Portland-heavy mixes on these steps causes spalling at the tread face within two to three winters.

Buffalo Grove and Arlington Heights

Era 1970s-1990s Building types Suburban homes; concrete steps common; some brick Common material Concrete steps with standard construction; de-icing salt damage from decades of winter maintenance Our approach Concrete steps in Buffalo Grove and Arlington Heights from the 1970s-1990s show significant surface scaling from de-icing salt combined with freeze-thaw cycling. Steps with structural cracks or rebar exposure require replacement, not patching. New construction uses air-entrained 4,500 PSI concrete with minimal de-icing salt post-construction.

Step & Stoop Masonry Repair FAQ

Common questions about step & stoop masonry repair answered by our licensed masonry experts.

Why do front steps pull away from the house?
Front steps built on independent footings are not mechanically tied to the house foundation. The step footing at 12-18 inches depth is in the frost heave zone; the house foundation at 42-48 inches is not. Each winter, frost lifts the step footing slightly. Each spring it drops, but not quite back to where it started. After 20-40 winters, the accumulated differential is a visible gap. Caulking the gap is a one-season cosmetic fix. The real repair is a new footing at correct depth with a mechanical tie to the foundation wall.
Can crumbling concrete steps be patched or do they need replacement?
Surface scaling and localized spalling can sometimes be repaired with properly bonded concrete overlay or patching compounds. Once damage has progressed to crumbling treads, structural cracks through the full thickness, or visible rebar exposure, replacement is the cost-effective choice. Patch repairs on structurally compromised concrete steps are temporary fixes. If the steps have also separated from the house, the footing problem must be addressed at the same time.
What causes concrete step treads to crack and crumble?
The primary cause in Chicagoland is de-icing salt combined with freeze-thaw cycling. Salt penetrates the concrete surface, drawing moisture deeper. When that moisture freezes, it expands and breaks the concrete from within. Steps on north-facing or shaded entries stay wet longer and accumulate more damage per winter than steps in full sun. Brick steps fail through a different mechanism: mortar joint deterioration allows water into the step core, which then freezes and expands.
Do brick steps need the same mortar type as the house walls?
Above-grade brick step work - face brick on cheek walls and treads - generally uses Type N mortar matched to the house wall specification. Structural below-grade components use Type S. If the house was built with soft common brick, the step masonry should use the same lime-based Type N specification. Using Type S or Portland-heavy mortar on soft historic brick causes spalling at the tread face.
How long does a properly rebuilt stoop last?
A stoop built with a proper footing at frost-line depth, mechanical ties to the foundation, correct mortar type, and drainage pitched away from the house should last 30 to 50 years without major structural repair. Individual brick replacement and periodic mortar maintenance extend service life further. The footing depth and mechanical connection are what determine long-term stability.
Is de-icing salt safe to use on brick steps?
De-icing salt accelerates freeze-thaw damage on both concrete and brick step surfaces. On brick, salt carries moisture deeper into the pore structure and deposits mineral salts that crystallize as efflorescence as the moisture evaporates. Sand provides traction without the chemical damage. If salt is used, flush the surface in spring to remove salt residue before it accumulates through the thaw season.

Our Credentials

Since 1987
Licensed Illinois Masonry Contractor #104-016987. Continuously operating for 39+ years.
$2M
Full general liability coverage protects your property. Certificate of insurance provided on request.
Workers Comp
Full workers comp coverage for every crew member. You are never liable for on-site injuries.
4.9 Stars
87+ reviews across Google and Yelp. Our reputation is built on results.
Family-Owned
Three generations of masonry expertise. No franchises, no corporate overhead. Personal attention.
Free Estimates
Every project starts with a free on-site inspection and detailed written estimate. No surprises.

Related Services

Residential

TuckpointingBrick RepairChimney RepairMasonry RepairConcrete ServicesStone MasonryPower WashingLintel RepairRetaining Wall RepairBrick Paver & Walkway RepairMasonry Waterproofing & SealingFoundation & Basement Masonry Repair

Commercial

Commercial MasonryHistoric RestorationLimestone RestorationParapet Wall Repair

Need Step & Stoop Masonry Repair? Let's Fix It Right.

Free on-site inspection and written estimate - no obligation. Serving the North Shore and Chicagoland for over 39 years.

(847) 713-1648 Request Online Estimate