Sanderson Concrete manufactures custom precast concrete steps for commercial, municipal, landscape and multi-residential projects. Steps can be produced to project-specific dimensions, configurations and architectural requirements, with project drawings used to coordinate geometry, finishes and site conditions before production..
Explore examples of custom precast concrete steps, stair treads, landings, stair flights and curved configurations manufactured for architectural, commercial and residential applications.
Select any image to view the project detail at full size.Tell us about your precast concrete stair or step requirements. Providing project dimensions, drawings, location and application details can help our team identify the appropriate stair solution and respond more efficiently.
Include approximate width, rise, run, number of steps or overall elevation where available.
Architectural or structural drawings can help clarify stair geometry, support conditions and custom requirements.
Tell us whether the stairs are for a commercial, residential, landscape, municipal or other project.
Include preferred finishes, nosing requirements, installation conditions or site-access limitations.
Complete the form and a Sanderson Concrete representative can review your stair or step requirements.
Custom precast concrete steps can be manufactured around the dimensions, geometry, finish requirements and site conditions of a specific project.
Rather than selecting only from a standard configuration, project drawings and dimensions can be reviewed to help establish the required step layout before production. This is particularly useful for commercial, municipal, multi-residential and architectural projects with defined design requirements.
Stair width, rise, run, tread depth, number of steps and overall elevation can be reviewed based on the project geometry.
Step profiles, landings, transitions and overall layouts can be coordinated around the architectural and structural requirements of the project.
Surface textures, colour requirements, edge details and visible finishes can be considered as part of the custom precast step design.
Drawings, structural conditions, delivery access and installation requirements can be reviewed before production to help coordinate the finished precast component.
Review installation guidance, compare precast and cast-in-place stairs, explore concrete colour options and learn how precast stair treads can reduce onsite work.
Review the basic process for preparing the gravel base, compacting the site, setting each Roman step and maintaining appropriate drainage.
Read Installation GuideCompare onsite forming, concrete placement, curing and cleanup with precast stair treads that arrive ready for installation.
Compare Stair SystemsExplore integral concrete colour possibilities for stair treads and surrounding hardscape. Final selections should be confirmed using physical samples.
View Colour ChartLearn how precast Roman steps can reduce forming, pouring and curing requirements while supporting faster exterior stair installation.
Review the AdvantagesConcrete stair requirements vary by project type, traffic, site conditions and architectural objectives. Sanderson Concrete supplies precast stair and step solutions for commercial, residential, landscape and public-space projects.
Precast concrete stairs and stair treads for commercial buildings, multi-residential developments, institutional facilities and high-traffic environments.
Precast stair solutions for residential entrances, exterior access, multi-family developments and projects requiring durable concrete steps manufactured off-site.
Precast outdoor concrete steps for gardens, landscaped slopes, pathways, patios, entrances and other exterior areas with changing elevations.
Custom precast stair and step solutions for parks, plazas, pedestrian areas, public infrastructure and projects requiring coordinated dimensions and finishes.
Custom precast concrete steps allow key dimensions, architectural details and manufacturing requirements to be coordinated before the components arrive on site.
For projects with defined geometry, finish requirements or installation conditions, precasting can provide greater control over how the stair components are produced and prepared for delivery.
Custom precast steps are manufactured in a controlled production environment rather than being formed entirely at the project site. This allows dimensions, visible surfaces and component details to be reviewed against the available project information before manufacturing begins.
Widths, elevations, rise-and-run relationships, landings and other geometric conditions can be coordinated around the requirements of the project.
Surface texture, colour, exposed aggregate, sandblasting and edge details can be incorporated into the precast manufacturing process where appropriate.
Drawings, dimensions, support conditions, finishes and site requirements can be reviewed before fabrication rather than addressing every detail during site construction.
Because the concrete components are manufactured off-site, precast construction can reduce the amount of forming and concrete production required directly at the project location.
Projects requiring multiple similar stair components can benefit from coordinated molds, dimensions and finish requirements across the manufactured units.
Component size, lifting considerations, transportation and site access can be reviewed as part of the project coordination process before the finished precast units are delivered.
Custom precast is particularly useful when a project requires defined geometry, architectural finishes, repeatable components or greater coordination between manufacturing, delivery and installation.
Precast concrete stairs and steps are manufactured off-site under controlled conditions before being delivered to the project. The process allows dimensions, configurations, reinforcement and architectural details to be coordinated before production begins.
Drawings, dimensions, project location and intended application are reviewed to establish the basic stair or step requirements.
Width, rise, run, tread count, landings and structural conditions are coordinated to determine the required precast configuration.
Concrete stair components are cast in controlled plant conditions using the specified geometry, reinforcement and production details.
Surface finish, edge details, nosing requirements and visible concrete characteristics are completed and reviewed before shipment.
Finished precast stairs or steps are prepared for transportation with lifting, access and placement requirements considered for project delivery.
Custom precast step projects can vary significantly in dimensions, geometry, finish and site conditions. These answers cover some of the information commonly considered during early project planning.
Yes. Custom precast concrete steps can be developed around project-specific dimensions and geometry. Stair width, tread depth, rise, run, number of steps, landings and overall configuration may all form part of the project review.
Final dimensions should be coordinated with the applicable architectural, structural and site requirements before manufacturing.
Useful starting information includes the project location, approximate stair dimensions, number of steps, required elevation, available drawings, finish requirements and anticipated project timeline.
Information about delivery access, lifting conditions and installation requirements can also be important for project coordination.
Project drawings are an important source of information for reviewing custom precast steps. Plans, sections, elevations and structural details can help establish geometry, support conditions and the relationship between the precast components and the surrounding construction.
Depending on the project, customization may include stair width, rise and run, tread depth, overall elevation, landings, profiles, transitions, surface finishes, colour, nosing details and edge treatments.
The practical options for a specific project depend on its design, structural and manufacturing requirements.
Architectural requirements may include different concrete textures, colours and surface treatments. Depending on the project, examples can include sandblasted surfaces, exposed aggregate, broom finishes, pigmentation and other project-specific treatments.
Finish selection should be coordinated early because it can influence the appearance and manufacturing requirements of the finished precast components.
Depending on the design requirements, stair edges can incorporate different profiles and treatments, including bullnose details, tactile treatments, abrasive nosings and other specified edge conditions.
Nosing and edge requirements should be identified during project coordination so they can be incorporated into the manufacturing details.
Custom precast steps can be considered for exterior applications such as building entrances, landscape transitions, public spaces and other outdoor projects.
Exterior applications should account for the required surface treatment, drainage, exposure conditions, structural requirements and applicable project standards.
Delivery requirements depend on the size, weight and configuration of the precast components as well as the accessibility of the project site.
Transportation routes, unloading conditions, lifting requirements and site access should be reviewed as part of project coordination before production and delivery.
Installation planning should consider support conditions, connections, component weights, lifting requirements, site access and the sequence in which the precast units will be placed.
Final installation requirements should follow the applicable project drawings, specifications and engineering requirements.
Start with the information currently available for the project. Approximate dimensions, drawings, project location, finish requirements and timeline provide a useful basis for an initial review.
More detailed requirements can then be coordinated as the project develops.
