Light gauge steel framing typically costs $10-$20 per square foot of framed wall, with a small residential project often totaling $8,000-$25,000. Total price depends on wall area, stud gauge, labor rates, openings, site access, and whether the quote includes engineering or sheathing.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Installed wall framing | $10/sq ft | $15/sq ft | $20+/sq ft | Framed wall area, labor included |
| Steel studs and track | $2/sq ft | $3.50/sq ft | $6/sq ft | Material cost varies by gauge |
| Small project total | $8,000 | $15,000 | $25,000+ | About 800-1,500 sq ft of wall |
| Commercial framing | $12/sq ft | $18/sq ft | $30+/sq ft | Complex layouts can raise labor and engineering |
What installed steel wall framing costs per square foot
For standard non-load-bearing interior partitions, installed framing commonly runs $10-$20 per square foot of wall surface. A straightforward layout with standard 20- or 25-gauge studs may land near $12-$16 per square foot; structural exterior walls, taller partitions, and complex details can exceed $20.
Budget by framed wall area, not home floor area. A 1,000-square-foot floor plan may have 1,500-2,500 square feet of wall framing, depending on room count, ceiling height, and exterior layout. Assumptions: standard U.S. labor rates, normal access, straight walls, and framing only; insulation, drywall, and finishes are excluded.
How studs, labor, and engineering shape the quote
Quotes may bundle materials and installation or list each separately. The ranges below are typical planning allowances, not fixed national rates; unusual layouts and local material availability can shift them.
| Quote item | Typical price | What changes the charge |
|---|---|---|
| Steel studs and track | $2-$6 per sq ft of wall | Gauge, depth, spacing, and corrosion coating |
| Framing labor | $4-$10 per sq ft | Cutting, fastening, openings, and crew productivity |
| Engineering and shop drawings | $500-$3,000 per project | Load-bearing design, project size, and jurisdiction |
| Delivery and handling | $200-$1,000 per project | Distance, order size, and unloading access |
| Fasteners and connectors | $0.50-$2 per sq ft | Bracing, clips, deflection track, and connection details |
Framing labor is often the largest variable after steel quantity. A basic crew may charge $50-$100 per worker-hour, although contractors commonly price the job by area or scope. Confirm whether the quote includes layout, bracing, waste, lift equipment, and cleanup.
Which stud gauge, height, and spacing raise prices?
Stud gauge and wall height have a direct effect on material and installation. Light 25-gauge studs may suit many non-load-bearing interior walls, while 20-gauge or heavier members are often specified for taller, more demanding, or load-bearing applications. Heavier steel can cost 15%-40% more than light-gauge material, depending on size and supply.
Walls above 10 feet often need stronger members or added bracing. Studs at 16 inches on center use more material than 24-inch spacing, but spacing must meet design, finish, and code requirements. Long openings wider than 6 feet may need engineered headers, and exterior framing in coastal or high-wind areas can require upgraded connections or corrosion protection.
How long does a steel framing crew need?
A two- or three-person crew may frame 300-600 square feet of uncomplicated partition wall per day. A 1,500-square-foot wall package can therefore take roughly 3-6 working days, while exterior walls, many door openings, high ceilings, or structural connections can extend the schedule.
At $50-$100 per worker-hour, a three-person crew working 40 hours represents $6,000-$12,000 in labor before equipment, overhead, and material. Ask for the crew size and expected workdays in writing. Tight access, occupied buildings, and work above 10 feet can reduce daily production.
Three project examples show how specifications affect totals
| Project | Specification | Estimated total |
|---|---|---|
| Interior partition | 700 sq ft, 25-gauge, 9-ft walls; 2 workers for 3 days | $7,000-$11,000 |
| Home addition | 1,200 sq ft, 20-gauge exterior walls; openings and delivery included | $17,000-$27,000 |
| Retail tenant space | 3,000 sq ft of 10-12-ft partitions; several door openings | $36,000-$66,000 |
These totals cover steel wall framing, not finished walls. They assume ordinary access and exclude drywall, insulation, cladding, taxes, and major structural engineering. Local quotes can differ where steel supply or commercial labor is unusually costly.
How regional labor rates change steel framing prices
Urban markets such as New York, Los Angeles, and the San Francisco Bay Area may run 15%-35% above a national midrange because of wages, delivery constraints, and jobsite logistics. Smaller Midwest and Southern markets may fall 5%-15% below that reference for simple work, though remote areas can pay more for freight and limited contractor availability.
Compare bids with the same wall area and specification. A low per-square-foot bid may omit delivery, engineering, or heavier studs. Ask whether measurements refer to wall face area, whether openings are deducted, and whether taxes or equipment are included.
Steel framing versus wood framing for the same wall area
Wood framing often costs less for a basic single-family project, while steel can be competitive on commercial interiors, repetitive layouts, or projects with a specified noncombustible system. Steel does not warp or attract termites, but it can require thermal bridging details on exterior walls and specialized fasteners or trades.
Compare complete wall assemblies, not studs alone. Wood-framed installation may run roughly $8-$16 per square foot of wall, while steel commonly ranges from $10-$20. Differences in fire rating, insulation, structural design, finish requirements, and local labor can reverse the comparison.
Where a framing budget can be reduced without weakening design
Keep wall heights and layouts consistent where the plan permits, group openings, and finalize dimensions before steel is ordered. Fewer framing changes reduce cutting waste and return visits. Request separate prices for materials, labor, delivery, engineering, and equipment so omitted work is visible.
Do not substitute lighter studs or wider spacing without approval. Have the designer or engineer confirm any specification change, especially for load-bearing walls, exterior exposure, or rated assemblies. Comparing at least three itemized bids on identical plans is more reliable than choosing the lowest headline rate.