The inspector walks the sidewalks first. Before a plant is allowed to open, someone checks that a person using a wheelchair can get from the accessible stall to the entrance without a lip, a steep ramp or a gap, and that the curb ramp lands on level ground rather than in a gutter. We build the site concrete that makes those routes work for industrial owners in Las Cruces and Dona Ana County: sidewalks, ramps, landings, curb and gutter, bollard footings and the flatwork around the building.
Industrial sites are mostly about trucks, but the people who work there and visit them still need to get in. Office entrances, break areas, training rooms, and any public counter all need an accessible route, and the route has to connect to the street, to the accessible stalls and to the building doors. When that route is wrong, the fix means breaking out concrete that was poured weeks earlier. We would rather get it right the first time, and we say so in the bid so the owner sees the accessible route as its own line and not as an extra.
We build site concrete on both new and existing plants. On an existing building, an alteration can trigger upgrades to the path of travel, and the renovation of an existing 45,050 square foot building on 15 acres at the Las Cruces Innovation and Industrial site, announced in January 2026, shows how it plays out: the building is already standing, but the walks, ramps and lot around it have to be brought forward to match the new use.
Building plans in the state are reviewed under the 2021 New Mexico Commercial Building Code (14.7.2 NMAC), which adopts the 2021 International Building Code as amended by the rule and took effect July 14, 2023. Accessible routes, parking counts and stall dimensions come from that code and the accessibility standards it references, and we read the code section on each sheet before we set a form.
Licensing matters too. Under 14.6.6 NMAC, the GB-98 General Building classification covers erecting, altering, repairing or demolishing residential and commercial buildings and certain structures, and it requires four years of foreman level experience, at least two of them commercial. Owners should confirm that whoever bids the work holds a classification that fits the scope. We tell clients plainly what falls inside site concrete and what needs another trade.
Typical scope includes sidewalks and plaza areas, curb ramps, accessible parking stalls and access aisles, curb and gutter, truck dock aprons, bollard footings, dumpster pads and equipment pads. Each has its own tolerances. Ramps need a maximum running slope and level landings at the top and bottom, walks need a limited cross-slope, and stalls need a flat surface with an access aisle that is marked and level.
We layout the concrete with survey control and set forms to grade, not by eye. Expansion joints, control joints and finishing are specified for each element: a broom finish for traction, a rolled edge where wheels transition, and detectable warnings where required. Dock aprons and truck areas call for thicker sections and are covered under dock aprons and loading zones.
We coordinate the forming, placing and finishing of site flatwork, and we do a pre-pour check with a digital level on every accessible route. Slope is measured on the formwork, again after the pour and again at final cleanup, so a problem is caught while the concrete can still be fixed. That check takes minutes and prevents the break-out that costs days.
We also coordinate with the lot and the building. The accessible stall has to land at a door that is at the right elevation, and the sidewalk grade has to match the slab. Where the grades do not agree, we raise it before the pour with the engineer rather than discovering it in front of the inspector. Our work on parking lots and industrial concrete floors uses the same survey so the elevations agree from lot to floor.
A manufacturing plant has an office block, a visitor entrance and employee routes from the lot, all of which need accessible paths. A warehouse building has fewer public spaces but still needs accessible routes to the office and break room. An office building at the front of a plant has the most demanding requirements of the three.
For owners in food and beverage, site concrete also includes washdown pads, drain slopes and curbs that keep process water away from public routes. We grade those pads to carry water to a drain and not toward a door. Wherever a route crosses a truck path, we also add bollards, striping and a clear sight line so a person on foot is not stepping into a swing zone.
Site concrete cost depends on quantity, thickness, reinforcement and the amount of hand finishing. Ramps and curb details are labor-heavy, so a small area with many slopes can cost more per square foot than a long straight walk. Hot weather adds cost as well, since placing concrete in the Las Cruces summer calls for retarders, wet burlap or early morning pours.
We price accessible routes as a separate line so owners can see the cost of compliance and decide whether to build it right the first time. Correcting a non-compliant route later costs far more than building it correctly, and a failed ramp can hold up the final inspection and the day the plant opens. For an operator trying to start production on a set date, that delay is the real cost, and it is the reason we treat these routes as critical-path items.
Send us the site plan and the accessible route drawings. We will review the grades, flag conflicts and price the site concrete as its own scope.
Yes, wherever people work or visit. The office, break room and entrance need an accessible route from the street and from the accessible stalls. The production floor may have specific allowances, but the code and the plans define what is required, and we build to the sheet.
The concrete has to be removed and replaced, because slope cannot be patched into compliance. That is why we measure slope at the forms and again after the pour, and why we do a pre-pour review with the superintendent.
Yes. We phase the concrete in zones, keep an accessible route open for staff, and schedule the work around shifts and deliveries. A walk-through before we start shows where the temporary routes go.
We schedule early, use retarders and cure promptly. Las Cruces summers reach average highs above 96 degrees in June, and concrete placed in that heat can crack if it dries too fast, so curing is part of the plan rather than an afterthought.