High-Bay Crane-Ready Buildings for New Mexico Industry
East of Carlsbad, two potash mines work the ground, and 36 miles up US 285 a refinery in Artesia is the largest in the state. Industrial plants like these run on heavy maintenance: pulling motors, setting pumps, changing out liners and rebuilding equipment that weighs more than a truck. A high-bay, crane-ready building is where that work gets done, and it is a different structure from a general-purpose shop.
We build high-bay metal buildings with the frame, foundation and runway designed for an overhead crane, whether you install the crane now or later. The building gets taller sidewalls, heavier columns, runway beams and brackets, and a slab that can take the crane column loads and the loads from what you lift. A crane-ready building costs more than a plain shell, but adding a crane to a building not designed for one is more expensive and sometimes impossible.
We do not guess at crane loads. We ask for the crane capacity, the span, the hook height, the duty class and the rail type, then pass them to the building engineer. The frame is designed around that data. If you are weighing options, our pre-engineered metal buildings page describes what a plain frame can and cannot do.
Plants, mines and shops that need overhead lifting
Mining and processing shops need cranes for liners, motors and gearboxes. The Chino Mine in Santa Rita, 15 miles east of Silver City, employed approximately 1,035 people as of January 2014, and operations like it keep dedicated maintenance buildings busy. Carlsbad's potash mines are served by BNSF freight, and the DOE Waste Isolation Pilot Plant sits 26 miles southeast of town. Oil and gas service shops around Artesia and Hobbs do heavy repair work of the same kind.
Farmington has seen the other side: PNM said on Sept. 30, 2022 that the last unit of its coal-fired San Juan Generating Station had been removed from service, so the shops and yards that served the plant are now looking at new work. Our manufacturing page describes how fabrication and assembly plants use the same structural idea, and the manufacturing plant building type page shows typical layouts.
Frames, runway beams and the slab beneath them
A crane-ready package includes heavier frames or separate crane columns, runway beams, rail and clips, end stops and, if specified, the crane itself or its supports. In many designs, the runway sits on brackets attached to the building columns. In heavier designs, it sits on its own columns inside the frame line. The choice depends on capacity, building width and cost.
The slab is part of the system. Crane columns concentrate loads at their bases, so footings and the slab edge are sized for them. We lay out rod patterns for those columns separately from standard frame columns, as described in our anchor bolt and foundation work. Deflection limits on the runway beam matter too, because a beam that sags too much makes the crane drift. We follow the engineer's criteria and verify rail alignment after erection.
Design data the engineer needs
The building is designed under the 2021 New Mexico Commercial Building Code (14.7.2 NMAC), which adopts the 2021 International Building Code as amended and took effect July 14, 2023. Crane loads, impact factors and lateral forces from the crane are part of the engineer's calculations. Provide the crane maker's wheel loads and clearances as early as you can, because they decide the frame and the foundations.
Electrical service for the crane, lighting and any welding bays follows the 2020 New Mexico Electrical Code (14.10.4 NMAC). Fire protection for a tall building can be complex because the sprinkler design must account for height, storage and any hazardous processes. Permit reviewers will ask for crane data and runway details, so we include them in the drawing set. Verify that the contractor and any lifting subcontractors hold the right classifications.
Height, wind and who maintains the crane
Taller walls mean greater wind loads and a larger wall area to brace and clad. On the open high plains and desert, wind is a design driver, so we use the building engineer's design wind values for the specific site and give the sidewalls adequate bracing. Good drainage and roof access are essential because crane buildings often have a high roof and long gutters.
Operation matters too. A crane needs regular inspections, lubrication and operator training. We provide ladder and platform access to runway ends and a clear space for maintenance. Buildings with heavy cranes should have a path for removing the crane or hoist without tearing off the roof. In remote locations, we advise stocking critical spare parts, since waiting a week for a part can halt production.
What a crane adds to the budget
The main cost drivers are crane capacity, span, hook height and duty class. A light-duty five-ton crane in a small shop is far cheaper than a heavy-duty unit in a production line. Taller sidewalls and heavier columns add steel. Runway beams, rail and stops are separate items. The slab and footings add concrete and rebar. Crane power adds electrical work.
Site conditions can add to the number. Heavy lifts of long beams need larger cranes and more setup. Remote locations add travel and lodging. If you will install the crane later, ask the engineer to design for it now, even if you leave the runway off. That is often a small premium compared with retrofitting. We will price both options so you can decide.
Next steps and related work
Crane buildings often start as part of a larger project. If you plan a shop and an office, see industrial office buildouts. If you need a platform or mezzanine for maintenance access, see mezzanines and platforms. For the erection itself, our structural steel erection page explains the crew and crane planning.
Call us with the crane data, or tell us what you plan to lift and how often. We will help you choose a design that fits the budget and the future.
Send the crane data with the site
Tell us the crane capacity, span and hook height, or just what you need to lift. We will set the frame, runway and slab, and price the building with site costs shown.
Common Questions
Can a standard metal building take a bridge crane later?
Not safely unless it was designed for it. A standard frame is sized for roof and wall loads, not crane wheel loads. Adding a crane can overstress columns and foundations. If you may add a crane, tell the engineer now so the structure and foundation can be sized for it.
What crane data do you need before you bid?
Capacity, span, hook height, duty class, rail size, wheel loads and the crane maker's clearance diagram. If you do not have a crane picked, give us the heaviest item you will lift and the lift frequency. We can use that to pick a design basis.
Top-running or underhung crane?
Top-running cranes carry heavier loads and larger spans, and they sit on runway beams. Underhung cranes hang from the roof framing or special beams and suit lighter loads. The choice changes the structure, so settle it early.
How much taller does the building need to be?
Enough for the crane's hook height, the headroom above the load, and the clearance under the roof framing. Taller walls add steel, wall panels and fire-protection cost. We draw a section with the hook path so the clear height is decided on paper rather than on site.
Can you build one on a remote site?
Yes. Heavier steel and crane lifts need more equipment, so the schedule and price reflect travel, crane mobilization and the foundation. We state those in the quote and plan the sequence so the crane does not sit idle.
