Prefab metal stud
wall panels, built in our shop.
We engineer, weld, and pre-assemble metal stud wall panels in a controlled environment, then ship them ready to set on site. Faster install, tighter tolerances, less site labor, less weather risk.
The wall is built before the walls go up.
Prefabrication moves the work that used to happen in a windy, rain-soaked tower crane lift into a clean, lit, climate-controlled shop. Panels are engineered to your drawings, welded on jigs, finished with sheathing and MEP rough-in if specified, and trucked to site ready to crane into place.
The result: cleaner job sites, fewer trades stacked in the same space, tighter tolerances on plumb and square, and schedules measured in days per floor instead of weeks. Owners and GCs we work with see compressed construction calendars, fewer change orders, and finishes that don't suffer from in-place wear.
Load-bearing & non-load-bearing,
interior & exterior.
Interior demising walls, corridor walls, exterior backup walls, head-of-wall assemblies, and architectural feature walls. We can deliver bare framing, sheathed and weather-wrapped, or fully finished with insulation, MEP, and the inside layer of gypsum.
Six reasons owners are moving the work indoors.
Off-site fabrication doesn't just compress schedules — it changes the economics, the safety profile, and the finished quality of the build.
Compressed schedules
Panels fabricated in parallel with site work. Crane-set rates of a floor per day are routine, where stick-built framing takes weeks per floor.
Predictable quality
Welded on shop jigs to engineered tolerances. Plumb, square, and dimensions are inspected in a controlled environment, not by flashlight on the 14th floor.
Lower site labor cost
One crane crew and a small set-team replace a large in-place framing crew. Site labor hours drop, and your trades stop fighting for the same floor.
Weather risk removed
The panels are built indoors. Wind, rain, snow, and heat don't push your framing schedule out by weeks.
Safer job sites
Less site labor, fewer working hours at height, fewer scaffold-borne trades. Insurance and OSHA-rate impacts follow.
Less waste & cleaner site
Cuts, scrap, and dust stay in the shop. Material yield improves and the GC's punchlist gets shorter.
Less waste. Less water.
Less site impact.
Prefabrication isn't just faster — it dramatically shrinks the environmental footprint of construction. Material waste, water consumption, dust, noise, fuel burn, and on-site emissions all drop to a fraction of what stick-built framing requires. For owners chasing LEED, ESG reporting, or municipal sustainability goals, panelized assembly is one of the highest-impact moves available on a commercial project.
Water Savings on Site
Off-site fabrication eliminates the bulk of construction water use. No cutting with dust-suppression spray, fewer concrete-truck washouts, smaller exposed sites needing fewer washdowns, and no weather-protection runoff. Our shop captures and reuses process water that on a job site would be lost to evaporation and runoff. Multi-floor projects routinely see 30–50% lower construction water budgets when framing & envelope are prefabricated.
Material Waste Down 50–70%
Stud, track, and sheathing offcuts in our shop go into segregated bins and back into the steel and gypsum recycling streams. On a stick-built site they go to landfill. Industry studies show prefabrication cuts construction waste by 50–70% — on a 200,000 SF multifamily project that's hundreds of tons of landfill diverted, with documentation provided for your construction-waste-management plan.
Recycled & Recyclable Steel
Cold-formed steel studs are typically 90%+ recycled content straight from the mill, and 100% recyclable at the end of the building's life. No rot, no mold, no chemical treatment to leach or fail review. Compared to dimensional lumber, the embodied-carbon story is dramatically cleaner over the building's full lifecycle.
Fewer Truck Trips, Lower Emissions
Just-in-time panel delivery replaces weekly material drops. Sites see ~30% fewer truck arrivals, dramatically less idling, less site equipment running, and a shorter construction schedule overall. Cumulative carbon emissions per square foot drop sharply — particularly on repetitive-floor projects where shop efficiency compounds across each floor.
Smaller Site Footprint
Stockpiled lumber, cutoff piles, dumpsters, and lay-down yards shrink dramatically. Less disturbed ground means less stormwater runoff to manage, lower silt-fence demand, less erosion-control maintenance, and faster site stabilization at substantial completion — all of which reduces NPDES permit risk and water-quality impact on the project.
LEED & ESG Contribution
Prefab metal stud panels contribute to multiple LEED v4.1 credits: Materials & Resources (Construction & Demolition Waste Management, Recycled Content, Regional Materials), Water Efficiency (reduced process water), Indoor Air Quality (less site dust), and Innovation (panelized assembly). We provide credit documentation and EPDs on request for ESG and impact reporting.
From your drawings to the crane hook.
A single accountable team across design coordination, engineered shop drawings, fabrication, delivery, and crane-set installation.
Coordination
Architect & structural drawings reviewed against the building grid, panel module, and crane access.
Shop Drawings
PE-stamped shop drawings, BIM coordination with MEP & structural, and lift & rig points engineered for each panel.
Fabrication
Tracks, studs, and bracing welded on shop jigs. Sheathing, weather-wrap, insulation, and MEP rough-in added per spec.
Delivery
Just-in-time trucking sequenced to crane availability. Panels staged for the day's set, not stockpiled on site.
Crane Set
Set, plumbed, and screwed-off by our crew. Connections to structure and adjacent panels documented for inspection.
Built for the assemblies your project needs.
From a 10-foot interior demising panel to a 40-foot fully-sheathed exterior backup wall — we have the gauge, the connection details, and the engineering to ship it.
Stud Gauge
Panel Size
Finish Level
Code & Assemblies
Stick-built vs. prefab panels.
Real differences across the metrics owners and GCs care about most — schedule, water, waste, labor, and site impact. Numbers reflect typical multifamily and commercial projects with repetitive floors; specific projects may show even larger swings.
Sectors that get the biggest schedule lift.
Repetitive floors, tight schedules, and large square footage are where panelization compounds — multifamily, healthcare, education, hospitality, and data centers see the strongest schedule and cost impact.
Multifamily
Mid- & high-rise, podium-on-podiumHealthcare
Patient towers & bed-unit add-onsHigher Education
Dorms, academic, & campus housingHospitality
Hotel towers & brand rolloutsSenior Living
Assisted-living & memory careCommercial Office
Repetitive floor TI & core/shellData Centers
Demising & equipment-room wallsGovernment & Civic
Repeat-typology buildingsQuick answers about prefab walls.
When does prefab make sense vs. stick-build?
When you have repetitive floors, tight schedules, or limited site labor — multifamily, hotels, dorms, and healthcare typically see 20-40% schedule compression on the framing & envelope scope.
Do you handle the engineering?
Yes. PE-stamped shop drawings, structural calcs, connection design, and BIM coordination with MEP & structural come standard with every project.
What's the maximum panel size you can ship?
Up to 40' long and 14' tall in most jurisdictions. We confirm DOT routing and crane access during the coordination phase before committing to a panel module.
Can panels be load-bearing?
Yes — engineered load-bearing panels using heavy-gauge studs (16 to 12 ga) with welded bracing and PE-stamped connections to the structure.
Can MEP and finishes be installed in the shop?
Yes, on a spec-by-spec basis. Sheathing & WRB, insulation, electrical & low-voltage rough-in, and single-side gypsum can all be pre-installed before the panel ships.
Where can you deliver?
Anywhere in the 18 states where Beyond 9 is licensed. Delivery is sequenced just-in-time to crane availability so panels aren't stockpiled on the job site.
How does prefab actually save water?
Three big places: (1) no on-site dust-suppression spray during cutting because the cutting happens indoors; (2) less concrete-related water because schedule compression reduces concurrent concrete work and washout; (3) smaller disturbed-soil areas means less stormwater management. Most multi-floor projects see 30–50% lower construction water budgets.
Does prefab contribute to LEED certification?
Yes — meaningfully. Documented credit support is available for Construction & Demolition Waste Management, Recycled Content, Regional Materials, Water Efficiency, and Indoor Air Quality categories. We also provide EPDs and waste-diversion reports for ESG and impact reporting.
What's the recycled content of the steel?
Cold-formed steel from US mills is typically 90%+ recycled content and 100% recyclable at end of life. No rot, no mold, no chemical treatment. Mill certificates and EPDs available on request to support sustainability documentation.
Does prefab reduce site noise & dust?
Yes. The bulk of cutting, drilling, and assembly happens in our shop — not next to the neighbors. Site work is reduced to crane-setting and connection screw-off, which is dramatically quieter and dustier than full in-place framing. Important for urban infill and adjacent-occupancy projects.
What happens to the steel at end of life?
It's recovered and re-melted as scrap. North American steel infrastructure recycles roughly 70 million tons annually. Unlike wood framing (mostly landfill at demolition), every pound of cold-formed steel in your building comes back into the supply chain on day one of demolition.
Have a project that's a prefab fit?
Send us your drawings or a project description — we'll come back within one business day with a feasibility note, a fit-for-prefab assessment, and likely panel-module options.
Request a Prefab Quote