Prices for metal and wood studs differ based on material, size, regional labor, and install scope. This article breaks down the cost to help buyers compare metal versus wood studs for typical interior framing projects and to estimate a total price range for a standard build.
Note: Price ranges assume standard 92-5/8 inch residential wall framing, plain gauge metal studs, and southern to midwestern regional labor rates with normal access and fasteners included.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| Metal studs per linear ft | $0.80 | $1.10 | $1.60 | 14 gauge typical |
| Wood studs per linear ft | $0.75 | $1.05 | $1.40 | Pine, 2×4 standard |
| Stud spacing (typical 16-inch on center) | $0.15 | $0.25 | $0.40 | Includes fasteners |
| Labor to install per wall stud bay | $200 | $320 | $460 | Includes framing, plumb, square |
Direct price comparison: material costs for 2×4 framing bays
Material choice drives the main cost gap. Metal studs generally run higher per linear foot than wood, but provide lighter weight, reduced fire risk, and less warping. For a typical 8-foot wall with 16-inch on-center framing, a 100-foot bay scenario might cost around Metal: $90–$170 per wall segment versus Wood: $70–$140 per wall segment. Regional price shifts can swing ranges by 10–25%.
| Scenario | Metal Studs Total (8 ft wall, 100 ft bay) | Wood Studs Total (8 ft wall, 100 ft bay) | Assumptions |
|---|---|---|---|
| Low-cost region | $1,000 | $800 | 14 gauge metal, standard gypsum |
| Mid-region | $1,200 | $1,000 | Standard sizes, typical fasteners |
| High-cost region | $1,800 | $1,400 | Higher gauge, delivery, cuts |
Major cost components in metal vs wood framing quotes
Understanding the breakdown helps pinpoint where savings or increases occur. A typical quote splits costs into materials, labor, and incidental items, with metal often incurring higher material and specialty fastener costs but potentially lower labor due to lighter weight and easier handling in some jobs.
| Component | Metal Studs | Wood Studs | Notes |
|---|---|---|---|
| Materials | Metal studs, tracks, connectors | Lumber, blocking, plywood | Metal often higher upfront |
| Labor | Moderate to low (lighter handling) | Moderate to high (size, knots) | Impact varies by crew |
| Fasteners | Self-drilling screws | Nails, screws | Metal may require specialty screws |
| Permits/Inspections | Same as wood for basic framing | Same | Code dependent |
| Delivery/Handling | Often cheaper per load | Less efficient packing in some regions | Bulk orders reduce costs |
Key variables that shift price for metal vs wood studs
Size, gauge, and installation scope heavily influence final numbers. For metal, 12–14 gauge panels cost more than 25 gauge, and longer walls require more tracks and lintels. Wood costs rise with moisture content and grade. Labor time can increase with irregular layouts, corner conditions, or ceiling heights beyond standard 8 feet.
Regional price differences you should expect
Location matters more than many buyers expect. Coastal cities with higher labor and freight costs push both materials higher, while rural regions may see lower quotes but longer lead times. Expect metal stud pricing to be consistently higher in beachfront markets due to corrosion protection hardware and availability of specialty accessories.
| Region | Metal per ft | Wood per ft | Notes |
|---|---|---|---|
| West Coast | $1.25–$1.60 | $1.00–$1.30 | Freight impact |
| Midwest | $1.00–$1.40 | $0.90–$1.20 | Balanced costs |
| Southeast | $0.95–$1.35 | $0.85–$1.15 | Labor variance |
Labor considerations: per-hour and crew impact
Labor rate and crew size change the total project price more than most assume. Typical residential framing crews charge $75–$125 per hour in many U.S. regions. A standard 2-person crew can frame 1,000–1,500 square feet per week, depending on layout complexity and access. Metal framing sometimes reduces framing time due to lighter materials, but specialty fastening can add minutes per stud bay.
When would wood be cheaper than metal?
Initial material cost aside, wood often wins on simple projects. For small remodels with straightforward walls, wood studs may total less than metal, especially where standard 2x4s meet typical 16-inch spans. If moisture, termite exposure, or seismic concerns are minimal, wood framing can present the lower up-front price in a simple shop-built wall package.
Three real-world pricing scenarios with specs
- Small bathroom remodel with 40 ft of wall, 2×4 wood studs, 16″ OC: Material $40–$60; Labor $400–$500; Total $440–$560.
- New interior partition with metal 60 ft of wall, 12-gauge studs, tracks, screws: Material $72–$110; Labor $520–$720; Total $592–$830.
- Residential addition framing 150 ft of wall, wood vs metal, high ceiling: Wood total $1,200–$1,900; Metal total $1,400–$2,600; Notes: gauge and fasteners vary.
Cost-cutting moves that keep structural integrity
Smart scope adjustments reduce price without compromising safety. Consider standard 16-inch on-center layout, avoid excessive blocking, and consolidate openings. Choose mid-range gauges rather than premium options, and compare bids that separate materials, labor, and disposal. When possible, combine framing with other trades to optimize delivery and access.
How to compare bids effectively
Ask for itemized quotes and explicit unit pricing. Ensure each bid shows material costs per linear foot, labor hours, and any permit or delivery fees. Use the same assumptions across bids to isolate the actual price difference between metal and wood framing for the same project scope.