Grade and loading
Record the retained height, slope above and below, nearby drives, buildings, fences, and other loads that may affect the wall.
Concrete services
Concrete Retaining Walls in Bismarck, ND
Plan poured concrete retaining walls in Bismarck, ND, around grade changes, drainage, soil pressure, access, engineering, and finish requirements.
A retaining wall has to manage soil, water, and a change in grade as one system. The right scope begins with wall location, exposed height, slope, drainage, nearby loads, property lines, utilities, access, and any drawings required for permitting.
Poured concrete landscape retaining walls
Replacement of deteriorated retaining walls
Grade transitions beside drives, walks, and patios
Retaining walls near garages and accessory buildings
Engineered walls built from approved plans
The wall and the water belong in the same plan
Cracking, rotation, bowing, settlement, and washout can point to different problems. Before replacing a wall, document where water comes from, what the wall supports, and how the surrounding grade has changed.
Wall height is only one design input. Surcharges from vehicles or structures, sloped ground, soil conditions, frost exposure, drainage outlets, property boundaries, and code requirements can determine whether engineering and permits are needed.
Conditions to document before an estimate
Open the Project PlannerDrainage
Surface water, roof runoff, groundwater, backfill, drainage material, outlets, and winter icing need a coordinated path.
Access and excavation
Equipment access, spoil removal, shoring needs, utilities, adjacent property, and existing landscaping shape the work area.
Plans and approvals
The applicable jurisdiction and design professional should determine when stamped plans, inspections, setbacks, or permits apply.
Scope conversation
What happens before the pour
- 01Survey the wall alignment, grade change, nearby loads, drainage paths, utilities, and property constraints.
- 02Obtain engineering, permitting, and approved drawings when the project requires them.
- 03Coordinate excavation, temporary support, footing, reinforcement, drainage, backfill, wall geometry, and concrete placement.
- 04Complete waterproofing or damp-proofing details, backfill sequence, site restoration, and curing as specified for the project.
Finish and use decisions
Formed concrete
A straightforward poured-wall surface where structure, drainage, and clean geometry lead the design.
Architectural texture
Form liners or other approved treatments can add texture when the design, forming, and maintenance plan support them.
Connected site work
Steps, sidewalks, patios, and driveway edges may be coordinated with the wall when elevations and joints are planned together.
Permits and jurisdiction
Confirm the requirements before work begins
Retaining-wall requirements vary by wall geometry, location, nearby loads, property boundaries, and jurisdiction. Confirm current permit, setback, and engineering requirements with Bismarck, Mandan, or the authority responsible for the project address before construction.
Read the permit guideAfter finishing
Get project-specific curing guidance
Wall forms, curing, waterproofing or damp-proofing, drainage work, and backfill must follow the project sequence. Backfilling or loading the wall too early can damage the work, so we provide written timing for the installed system.
What to include in your request
Complete project information reduces avoidable follow-up and helps us review the scope accurately.
- Property address and jurisdiction
- Approximate wall length and exposed height
- Photos from both ends and both sides
- Slope and nearby load information
- Existing wall material and condition
- Water and drainage concerns
- Property-line or survey information
- Equipment access
- Plans or engineering documents
- Desired project window
Common planning questions
Do concrete retaining walls need engineering?
Some do. Wall geometry, slope, soil, nearby loads, location, and local code all affect the answer. The applicable jurisdiction and a qualified design professional should make that determination for the project.
Why is drainage important behind a retaining wall?
Water adds pressure and can move soil, wash out support, create winter icing, and contribute to wall movement. Drainage, backfill, surface grading, and a reliable outlet need to be planned together.
Can an existing leaning or cracked wall be repaired?
It depends on the cause and extent of movement. A site assessment should review the footing, drainage, soil, loading, reinforcement, and wall condition before repair or replacement is recommended.
Plan the next conversation
Describe the site before you request an estimate.
A complete request helps us understand the scope, access, finish, drainage, and timing.