Steel stud framing cost typically runs $3-$8 per square foot of framed wall, or about $24-$64 per linear foot for an 8-foot wall, installed. Total pricing depends on wall height, stud gauge and spacing, openings, local labor rates, and whether the quote includes track, fasteners, delivery, and cleanup.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Installed interior wall | $3 per sq ft | $5.50 per sq ft | $8 per sq ft | Wall area; standard 8- to 10-foot height |
| Installed framing per linear foot | $24 | $44 | $64 | Based on an 8-foot wall |
| Materials only | $0.75 per sq ft | $1.50 per sq ft | $3 per sq ft | Studs, track, and basic fasteners |
| 1,000 sq ft of wall area | $3,000 | $5,500 | $8,000 | Labor and standard materials included |
Assumptions: U.S. dollars, ordinary access, non-load-bearing interior walls, standard materials, and no drywall or insulation.
What steel stud framing costs for a typical wall
For a basic non-load-bearing interior partition, installed pricing commonly falls between $3 and $8 per square foot of wall area. A 10-by-8-foot wall has 80 square feet of framing surface, so its framing cost is roughly $240-$640. A typical contractor estimate near $5.50 per square foot puts that wall around $440 before finish work.
Contractors may quote by wall area, linear foot, or project. Per-square-foot prices usually refer to one face of the wall’s framed area, not the floor area of the room. Confirm the measurement method before comparing bids; a 500-square-foot room does not automatically mean 500 square feet of framing.
Standard pricing generally assumes 3-5/8-inch studs, 20- to 25-gauge steel, studs spaced 16 inches on center, ordinary ceiling height, and straightforward straight runs. Framing costs do not usually include drywall, insulation, paint, electrical work, plumbing, or structural engineering unless the quote specifically lists them.
For a basic interior partition, budgeting $5.50 per square foot of wall area is a practical midpoint, not a guaranteed local rate. Taller walls, heavy-gauge steel, many door openings, or difficult access can push a quote above the typical range.
How studs, track, labor, and delivery appear on the quote
Material and labor shares shift with project size and layout. A small room may carry a minimum labor charge, while a large, open project spreads setup and delivery expenses over more wall area. The table shows typical cost components for standard interior framing, expressed per square foot of framed wall.
| Quote component | Low | Average | High | What it covers |
|---|---|---|---|---|
| Steel studs and track | $0.50 per sq ft | $1.10 per sq ft | $2.20 per sq ft | Standard members and top and bottom track |
| Fasteners and connection details | $0.10 per sq ft | $0.25 per sq ft | $0.60 per sq ft | Screws, anchors, clips, and minor bracing |
| Installation labor | $2 per sq ft | $3.75 per sq ft | $5.50 per sq ft | Layout, cutting, assembly, and alignment |
| Delivery and handling | $50 per job | $150 per job | $400 per job | Distance, order size, and unloading needs |
| Small-job minimum or setup | $150 per job | $350 per job | $750 per job | May apply to small or multi-visit projects |
Component rates are approximate and are not meant to be added mechanically to every project. Delivery and setup are often flat charges, and some contractors include them in the installed square-foot rate. Taxes may apply to materials depending on state and local rules.
Material-only costs can be useful for budgeting but do not represent a complete installed wall. Studs are often sold in standard lengths, and waste from cuts, openings, and layout changes affects the amount purchased.
Ask for separate material, labor, delivery, and minimum-charge amounts so the total can be compared on the same scope. The quote should also state whether metal studs are being anchored to concrete, wood, or another substrate.
Which stud gauge, spacing, and wall height raise the price?
Steel thickness is a major price and performance variable. Light-gauge 25-gauge studs are common for many non-load-bearing partitions, while 20-gauge or heavier members may be specified for taller walls, door jambs, heavier finishes, or greater stiffness. Upgrading to heavier steel can add roughly 10%-30% to framing materials, with a larger effect when labor needs special handling.
Stud spacing also affects material quantity. At 16 inches on center, a straight wall uses about 0.75 studs per linear foot before corners and openings; at 24 inches on center, it uses about 0.5. Wider spacing can reduce stud count, but it must meet the plans, finish requirements, and applicable code. It is not a cost-cutting choice to make without approval.
Height changes the price because longer studs cost more and tall walls can require heavier members, bracing, lifts, or additional labor. A jump from an 8-foot wall to a 12-foot wall may add approximately 15%-40%, depending on gauge and site conditions. Walls above 14 feet often need project-specific engineering and may not fit standard residential pricing.
Openings and geometry add labor even when they reduce the amount of wall surface. A standard door rough opening may add $75-$200 in framing labor; large openings, borrowed-light windows, multiple corners, curved walls, and angled transitions can add more. Load-bearing steel framing requires specified structural components and should not be priced as an ordinary partition.
Compare bids using the same gauge, spacing, wall height, opening count, and structural scope. A low per-square-foot price can reflect lighter steel or omitted bracing rather than a more efficient installation.
How regional labor rates change installed framing prices
Local labor availability and operating costs create meaningful price differences. In lower-cost rural and Midwestern markets, ordinary interior framing may land near $3-$6 per square foot. In higher-cost coastal metros and dense cities, comparable work can run $5-$10 per square foot, particularly for small projects or sites with restricted loading and parking.
Those ranges are directional rather than fixed regional tariffs. A suburban project with easy material access may cost less than a city job even within the same metropolitan area. Remote locations can also pay more because of travel time, limited contractor availability, and delivery distance.
Commercial projects often have different estimating conditions from residential work. Large open areas may achieve lower unit rates through repetition, but fire-rated assemblies, tall partitions, acoustic requirements, tight schedules, and coordination with other trades can increase the price. A commercial partition with specified deflection track or heavier gauge should not be compared directly with a simple basement wall.
Use local bids for the final budget and treat national ranges as a starting point. Ask contractors to identify travel, parking, loading, and access charges rather than assuming those expenses are included in the unit price.
How long steel stud installation takes and what labor covers
A two-person crew may frame 200-400 square feet of straightforward wall area in a day after materials are on site, though layout, height, openings, and coordination can reduce production. A small 100-square-foot partition might require 6-12 labor hours, while a 1,000-square-foot open project could take several working days.
Labor rates for framing trades commonly fall around $45-$90 per worker-hour when estimated as a billable contractor rate. This can include payroll burden, insurance, tools, and business overhead, so it is not the same as a worker’s take-home wage. Small jobs may cost more per square foot because mobilization and setup remain similar even when the wall is short.
Typical framing labor includes measuring and marking wall locations, cutting track and studs, assembling the frame, setting openings, anchoring, and checking plumb and alignment. It may not include removing existing walls, moving utilities, installing backing for cabinets, or repairing surfaces disturbed by anchors.
Schedules can be affected by other trades. If electricians or plumbers need access before the wall is closed, the framing contractor may make a separate visit. Multiple mobilizations can add $150-$500 or more, depending on travel and the crew’s minimum charge.
Ask whether labor is priced by hours, wall area, or a fixed bid, and confirm the number of visits included.
Three steel stud framing quotes for common project sizes
These examples show how scope changes total pricing. They assume ordinary access and standard non-load-bearing partitions; regional rates and specifications can move the figures. The wall-area calculation uses length multiplied by height, with openings and small waste allowances handled in the contractor’s estimate.
| Project | Wall area | Estimated labor | Installed total | Approx. unit rate |
|---|---|---|---|---|
| One 10-by-8-foot basement partition | 80 sq ft | 6-10 hours | $350-$700 | $4.40-$8.75 per sq ft |
| Three 12-by-9-foot office partitions | 324 sq ft | 18-30 hours | $1,200-$2,400 | $3.70-$7.40 per sq ft |
| Open commercial tenant area | 1,500 sq ft | 70-110 hours | $5,250-$10,500 | $3.50-$7 per sq ft |
The single-wall example has a higher unit rate because the contractor still needs to mobilize and set up. The larger project benefits from repeated work, but a commercial schedule, rated assemblies, or special engineering can change the estimate. Confirm whether the listed area is gross wall area or an adjusted quantity after deducting openings.
For a useful comparison, request a written quantity, unit rate, labor allowance, and stated exclusions. A total-only quote is harder to assess when project sizes or specifications differ.
What door openings, old framing, and permits add
Door and window openings require extra track, jamb reinforcement, cutting, and careful layout. A basic interior door opening may add $75-$200 in labor, while a wide opening or a heavy door may require stronger jamb members and additional bracing. Confirm that the quote includes rough openings at the specified dimensions, not only a gap cut after framing.
Removal of an existing partition is usually a separate expense. Non-structural wall demolition and disposal can add about $2-$6 per square foot, depending on drywall layers, insulation, debris access, and local disposal fees. The price can rise if the wall contains wiring, plumbing, tile, or other material requiring specialized handling.
Permits are not necessarily required for every interior partition, but rules vary by jurisdiction and by whether the wall affects structure, fire separation, exits, or building systems. Permit and inspection charges may range from $50-$500 for a small residential scope; commercial reviews can cost more. Electrical or plumbing changes may trigger separate permits and inspections.
Code requirements can also affect the framing assembly. Fire-rated walls may require specific stud spacing, layers of gypsum board, insulation, sealants, or inspection details. Those costs belong in the full assembly budget, not necessarily in a basic metal-framing line item.
Verify demolition, disposal, permit handling, and rated-wall requirements before approving the framing price. If the contractor excludes these items, budget them separately to avoid treating a partial quote as a complete project cost.
When steel studs cost more or less than wood framing
For a straightforward interior partition, steel framing can be comparable to wood, though the installed cost depends on local material and labor markets. Wood framing may be less expensive for small residential jobs where lumber is readily available and the crew works quickly. Steel can be competitive on larger projects with repetitive layouts, especially where straight, dimensionally stable members simplify finish work.
Steel does not warp, shrink, or support mold growth, but it may require extra detailing for heavy fixtures, cabinetry, and door hardware. Contractors can add wood blocking or approved backing, often at a cost of roughly $5-$15 per linear foot of treated detail depending on location and access. Electrical boxes and utility penetrations also need appropriate methods to protect wiring and maintain the assembly.
Wood may be a practical alternative for a simple partition when no project specification requires metal. Conversely, steel may be required by plans, building type, fire-resistance design, or local construction requirements. Replacing the specified material to save money can affect inspection approval, warranty obligations, or structural performance.
Compare complete installed assemblies rather than stud prices alone. A fair comparison includes labor, blocking, fasteners, waste, delivery, required fire or acoustic details, and any change to the approved plans.
How to reduce a steel framing estimate without cutting corners
Keep wall locations and dimensions stable before ordering materials. Late changes to a wall line, ceiling height, or opening can create waste and a return visit. Provide a clear plan showing each partition’s length, height, door locations, and any required backing or rated assemblies.
Group framing work into one mobilization where possible. Combining several rooms or partitions can reduce separate setup and delivery charges, particularly when each area would otherwise be a small job. Clear the work area and arrange access for unloading so the crew does not spend paid time moving stored items or waiting for entry.
Ask whether standard 3-5/8-inch studs and 16-inch spacing meet the approved design before considering alternate specifications. Avoid paying for heavier gauge, tighter spacing, or extra bracing unless the plans, wall height, finish, or local code require it. Do not downgrade specified structural or fire-rated components to reach a lower bid.
Collect at least three itemized quotes with identical measurements and inclusions. Compare the installed rate, material gauge, spacing, opening details, delivery, demolition, disposal, and cleanup. For an existing wall, confirm whether repair or partial alteration is allowed before pricing full replacement; retaining sound framing can avoid removal and disposal expenses.
The most reliable savings come from reducing rework, duplicate mobilization, and unneeded scope—not from changing required steel specifications. A clear written scope makes low and high bids easier to explain and reduces the chance of add-on charges later.