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Serving Lafayette, LA and surrounding areas(337) 483-1560
Steps that tilt, crack, or pull away from the entry are almost always a sub-base failure, not a surface problem. In Lafayette, that means clay soils that were never properly addressed before the pour. We fix that from the ground up.
Concrete steps construction in Lafayette involves demolishing existing steps if present, over-excavating to reach stable soil, compacting a crushed-stone sub-base, building formwork to the required riser and tread dimensions, pouring and finishing the concrete, and installing handrail hardware — a standard three-to-five step entry project takes two to three working days from start to finished product.
The calls we get most often are from homeowners whose existing steps have tilted away from the entry, cracked along the foundation joint, or developed a riser height that varies unevenly from step to step. Every one of those problems originates below the surface. Lafayette's Vertisol-class clay soils swell when Acadiana's heavy rains saturate them and contract during dry stretches, pushing any concrete structure built on top of them up, then letting it drop. Steps poured without a compacted granular base and an isolation joint at the foundation connection don't stand a chance against that cycle.
Entry steps often connect to a broader path from the street or a sitting area at grade level. Where that's the case, we can tie in a concrete sidewalk or a concrete patio in the same project to keep the grade, finish, and drainage consistent across the whole entry sequence.
When the front edge of a step sits lower than the back, the clay sub-base beneath has settled unevenly after a wet-dry cycle. In Lafayette, that tilt typically worsens over two or three rainy seasons until the gap between the steps and the home's foundation becomes wide enough to catch a foot.
A crack running along the joint where steps meet the foundation almost always means the steps and the home's slab are moving independently at different rates. Without an isolation joint to accommodate that movement, the concrete fractures at the connection point — the weakest spot — and water gets behind the steps with every rain.
When tread surfaces chip or roughen unevenly, the top paste layer of the concrete has degraded — usually from moisture infiltration, inadequate curing, or a mix that had too much water added on-site. Rough treads increase the risk of trips, particularly on wet mornings after Lafayette's frequent overnight rain.
Louisiana's building code allows a maximum riser height of 7-3/4 inches and requires all risers within a single flight to be within 3/8 inch of one another. Steps that settled unevenly no longer meet that tolerance — and uneven risers are among the most common causes of stair falls, particularly for older visitors who rely on a consistent rhythm.
The most common project in Lafayette is a three-to-five riser front entry with a broom-textured finish. Louisiana has adopted the International Residential Code, which sets a maximum riser height of 7-3/4 inches and a minimum tread depth of 10 inches — dimensions we follow as a floor, not a ceiling. We build risers slightly lower and treads slightly deeper than the code minimum where the entry height allows, because comfortable proportions reduce trip risk more than a technically compliant stair that pushes the limits. Broom texture is standard on all exterior treads because Lafayette's near-daily summer rain and wet winters make slip resistance a safety requirement, not a finish choice.
Properties in FEMA-designated flood hazard areas throughout Lafayette Parish require elevated first floors, which means more steps with greater total rise. We check flood zone designations before finalizing step count and design, ensuring the finished stair connects the entry to grade at the correct elevation. Handrail anchor hardware is installed in the formwork before the pour on any stair with three or more risers, which is far less expensive than drilling into cured concrete after the fact — a step that LCG inspectors verify at final inspection.
For homeowners who want more than a plain broom finish, decorative stamped patterns and integral color can be applied during the pour. These finishes require a UV-stable sealer given Lafayette's solar intensity, and we walk each homeowner through the resealing interval before the project closes. Commercial step projects are built to OSHA 29 CFR 1910.25 dimensions with the required handrail heights and minimum tread widths for business entries and multi-unit properties.
The most common choice for Lafayette residential entries: durable, slip-resistant, and code-compliant without the maintenance that decorative finishes require.
Designed to connect an elevated first floor to grade in compliance with FEMA base flood elevation requirements; step count and total rise are determined by the property's BFE.
Stamped patterns or integral color for homeowners who want entry steps that match a decorative driveway or patio; requires UV-stable sealer and a planned resealing schedule.
Built to OSHA 29 CFR 1910.25 dimensions with specified handrail heights and minimum tread widths for commercial entries, storefronts, and multi-unit properties.
Lafayette Parish is underlain by Vertisol-class soils with some of the highest shrink-swell activity in the Gulf South — the same soils that cause foundation movement across the Acadiana region. For entry steps, that soil behavior means any structure built without a properly excavated and compacted sub-base will cycle through heaving and settlement until it either cracks at the isolation joint or tilts far enough to become a trip hazard. Lafayette averages about 62 inches of rainfall per year, which means those clay soils stay in near-constant moisture flux — far more aggressively than in climates that have defined dry seasons.
A significant portion of Lafayette Parish falls within FEMA-designated Special Flood Hazard Areas, particularly in neighborhoods near the Vermilion River corridor and the Coulee Mine drainage system. Properties in those zones are required to have elevated first floors, which directly determines how many steps are needed and how tall the total rise must be. Getting the step design wrong in a flood zone doesn't just fail inspection — it can affect a homeowner's flood insurance coverage.
We build concrete steps in Carencro, Breaux Bridge, and across Lafayette Parish. Each of those communities sits on the same Vertisol clay base that shapes how sub-bases need to be built throughout the region. We also serve Scott and the surrounding communities along the I-10 corridor.
For code references, the International Residential Code as adopted by Louisiana governs riser height, tread depth, and handrail requirements on residential stairs. FEMA's Flood Map Service Center is the authoritative source for flood zone designations — we check it for every project in Lafayette Parish before finalizing step count and elevation design.
Reach us by phone or through the contact form. We respond within 1 business day to confirm availability and discuss your step configuration, flood zone status, and whether handrail hardware needs to be planned into the pour.
We visit your property to measure the required rise and run, check the soil conditions at the base of the entry, and confirm flood zone elevation requirements if applicable. Your written estimate covers sub-base depth, concrete mix, finish choice, handrail hardware, and permit fees — no hidden additions after you sign.
Existing steps are demolished and hauled away, the sub-base is excavated and compacted with crushed stone, and formwork is constructed to the exact riser and tread dimensions the code and your entry require. The concrete pour and broom finish typically complete in a single day.
Forms stay in place for 24–48 hours while the concrete achieves early strength; we schedule the LCG final inspection and confirm handrail compliance before the project is closed out. You receive the permit documentation once the inspection passes.
We check your flood zone designation and sub-base conditions before quoting — your estimate reflects what the project actually requires.
(337) 483-1560We never pour directly onto native Lafayette clay. A 4–6 inch compacted crushed-stone base is standard on every step project we build — it absorbs the volume changes that the area's Vertisol soils produce and keeps the steps stable through years of wet-dry cycles.
We handle the Lafayette Consolidated Government permit application and coordinate phased inspections from start to close-out. Homeowners who skip permits on entry steps often discover the problem when a buyer's inspector calls the work unpermitted during closing.
Our Louisiana State Licensing Board for Contractors license is current and publicly verifiable. That matters specifically for step work because unlicensed operators in this market routinely omit the sub-base compaction and isolation joint steps that Lafayette's soil and code requirements demand.
We have built concrete steps across Lafayette, Carencro, and Breaux Bridge since 2022, including entry stairs on elevated first floors in FEMA flood zone properties. That local project history means our designs account for the elevation requirements and soil conditions specific to this market.
The combination of verified LSLBC licensure, documented LCG permit compliance, and concrete steps built specifically for Lafayette's soil and flood zone conditions gives homeowners something most competitors cannot offer: a finished project with paperwork that holds up at resale and steps that hold up through the next ten rainy seasons.
Connect your new steps to a matching concrete walkway for a consistent surface from the street to your front door.
Learn moreAdd a poured concrete patio at grade or at the base of a new entry stair as part of a single outdoor project.
Learn moreTilting or cracking steps get worse with every wet season — reach out now for a no-obligation on-site estimate.