Metal Stud Framing Cost Calculator
Get an instant free estimate for metal stud framing based on wall dimensions, stud gauge, project type, and layout complexity.
Free Metal Stud Framing Cost Calculator
Use this calculator to calculate the cost of metal stud framing near you for free. Enter your ZIP code for a localized estimate.
Wall Dimensions
Enter the total linear feet of all wall runs and the ceiling height. Wall area = linear feet × height.
Stud Gauge:
Project Type:
Layout Complexity:
Additional Services:
Estimates are instant and require no contact information.
Based on inputs, your Metal Stud Framing project cost is approximately:
Note that the cost above is purely an estimate.
The actual cost may be higher or lower depending on the contractor's quote.
How Much Does Metal Stud Framing Cost?
Metal stud framing runs about $5.50 to $10.50 per square foot of wall face, installed. Wall area is your linear feet of wall runs times ceiling height, so an 80 LF run of 8-ft walls (640 sq ft) at standard 20-gauge lands near $4,480for a simple interior partition — roughly $4,500 to $6,000 for a typical basement partition project.
The estimate starts from your wall area and stud gauge, then multiplies by the project type and layout complexity, plus any acoustic, finishing, or code add-ons. A ~$500 minimum applies. Use the calculator to price your walls, then read on for what drives the number.
Metal Stud Framing Cost by Stud Gauge
Installed Rate per Sq Ft of Wall Face by Gauge
| Gauge | Thickness | Installed Rate | Best Use |
|---|---|---|---|
| 25 Gauge | 0.018" | $5.00 – $6.50 / sq ft | Light interior partitions under 12 ft |
| 20 Gauge | 0.033" | $6.50 – $8.00 / sq ft | Standard commercial/residential partitions |
| 18 Gauge | 0.043" | $8.00 – $10.00 / sq ft | Tall walls, heavy cladding, wind zones |
| 16 Gauge | 0.054" | $10.00 – $13.00 / sq ft | Structural / load-bearing applications |
Source: Aggregated drywall/framing contractor quotes; labour benchmarked to U.S. BLS, Drywall & Ceiling Tile Installers (SOC 47-2081). Model base rates: 25-ga $5.50, 20-ga $7.00, 18-ga $8.50, 16-ga $10.50 per sq ft of wall face; a ~$500 minimum applies; prices localize to your ZIP.
Project Type, Complexity & Common Add-Ons
| Option | Cost Effect | Notes |
|---|---|---|
| Exterior Wall / Ceiling Framing | +20% / +35% | Selection: vs. interior partition baseline. |
| Moderate / Complex Layout | +15% / +35% | Selection: corners, angles, many openings. |
| Sound Isolation Clips / Channels | +$1.50 / sq ft | Add-on: decouple wall to reduce sound. |
| Insulation Batts | +$1.20 / sq ft | Add-on: thermal & acoustic fill between studs. |
| Drywall Blocking for Fixtures | +$0.50 / sq ft | Add-on: backing for TVs, cabinets, grab bars. |
| Fire-Rated Assembly | +20% to total | Add-on: UL-listed stud schedule & Type X/C board. |
| Building Permit | +$250 | Add-on: permit & framing inspection. |
Source: Aggregated contractor pricing. Project type and layout complexity are selections that multiply the base rate (and compound with each other); the five add-ons are optional line items you can toggle in the calculator.
The 6 Factors That Drive Your Quote
1. Wall Area
Metal stud framing is priced per square foot of wall face, and wall area is your total linear feet of wall runs times the ceiling height. Walk the perimeter of each room or partition run, add up the linear feet, and multiply by height: an 80 LF run of 8-ft walls is 640 sq ft. For a basement finish, sum all interior partition runs plus any perimeter walls being furred out. A ~$500 job minimum applies, so a very small wall carries that floor.
2. Stud Gauge
The dominant material driver, and it's set by code, not preference. 25-gauge (~$5.50/sq ft) is light non-load-bearing partitions under 12 ft. 20-gauge (~$7) is the standard for most commercial and residential partitions. 18-gauge (~$8.50) handles tall walls, heavy cladding, and wind zones. 16-gauge (~$10.50) is for structural, load-bearing work. Heavier steel costs more per foot and is slower to cut and fasten — and substituting a lighter gauge than specified can fail inspection.
3. Project Type
Where the framing goes changes the labour. An interior partition — vertical studs in two parallel tracks — is the base rate. An exterior or perimeter wall adds about 20% for extra blocking, sheathing clips, and weather-resistant fasteners. Ceiling framing adds about 35% because all the work is overhead, which is slower and more physically demanding, and suspended grid or hat-channel systems add coordination. Match the type to what you're actually framing.
4. Layout Complexity
The wall's shape scales the cutting and header work. Simple straight runs with few openings are the baseline. Moderate layouts with several corners and standard doorways add about 15%. Complex layouts — curved sections, multiple angles, soffits, chases, and many openings — add about 35% for the extra measuring, cutting, and framing of each opening. Complexity compounds with project type, so a complex ceiling job carries both multipliers at once.
5. Acoustic & Finishing Add-Ons
Common upgrades that ride on top of the framing. Sound isolation clips or resilient channels (+$1.50/sq ft) decouple the wall from the structure to cut sound transmission. Insulation batts (+$1.20/sq ft) of mineral wool or fiberglass add thermal and acoustic performance. Drywall blocking (+$0.50/sq ft) adds solid backing for heavy TVs, cabinets, and grab bars — and must go in before the drywall. These are worth planning up front, since retrofitting them later is costly.
6. Fire Rating & Permits
The code-driven extras. A fire-rated assembly (+20%) uses a specific UL-listed stud schedule, spacing, and Type X/C drywall to achieve a 1- or 2-hour rating — legally required wherever a rating is specified, and only valid if the whole system is built as tested. A building permit (+$250) covers the permit and inspection that most jurisdictions require for new walls, especially when electrical, plumbing, or HVAC runs inside them. Both protect you as much as they cost you.
Speccing the Framing Right
Framing is buried behind the drywall forever, so the choices you make now are the ones you can't easily change later.
Don't under-gauge
The gauge is set by wall height, load, and code — not budget. Dropping to a lighter gauge than specified can fail inspection and force demolition. Confirm the required gauge with your engineer or building department before ordering.
Block before you close the wall
- TVs & cabinets → add drywall blocking now; retrofitting after drywall is costly and messy.
- Bathrooms → block for grab bars even if you don't need them yet.
- Sound-sensitive rooms → plan insulation and isolation clips before framing closes.
Build fire assemblies exactly as listed
A fire rating only holds if the entire UL-listed system — gauge, spacing, drywall type, and fasteners — is built as tested. Never approximate it, and pull the permit so the concealed work is inspected before drywall.
Hiring a Metal Framing Contractor
Metal framing is a specialized skill, and the quality is hidden once drywall goes up — so vet the contractor and the scope carefully. Before you sign:
- Confirm the gauge and spacing match code and the engineer's spec, not just the cheapest option.
- Ask about blocking for your planned fixtures — it must go in before drywall.
- Check permits and inspections are handled, especially for fire-rated or load-bearing walls.
What a complete quote should spell out
- The wall area (LF × height), gauge, and per-sq-ft rate, plus any minimum.
- The project type and layout complexity assumed.
- Stud spacing (16" vs 24" OC) and any blocking or backing included.
- Any fire-rating, insulation, sound isolation, and permit line items.
Methodology & Sources
This calculator estimates cost by computing your wall area (linear feet × ceiling height) and multiplying by a per-square-foot gauge rate (25-ga $5.50, 20-ga $7.00, 18-ga $8.50, 16-ga $10.50), then applying a project-type multiplier(exterior wall +20%, ceiling +35%) and a complexity multiplier (moderate +15%, complex +35%), and adding any add-ons(sound isolation $1.50/sq ft, insulation $1.20/sq ft, drywall blocking $0.50/sq ft, building permit $250, and a fire-rated assembly at +20% of the total). A minimum charge (~$500) applies, and the result is adjusted to your ZIP code's cost level. In short: (Linear Ft × Height) × Gauge Rate × Type × Complexity + Add-ons, × Regional Factor. Rates are calibrated against federal wage data and framing contractor quotes.
Data sources:
- U.S. Bureau of Labor Statistics — Drywall & Ceiling Tile Installers (SOC 47-2081)
- American Iron & Steel Institute (AISI) — Cold-Formed Steel Framing Standards
- International Building Code (IBC) — Fire-Rated Assemblies & Framing
For a full explanation of how every calculator on this site is built and localized, see our methodology page.
About the Reviewer
Structural & Foundation Engineer (PE)
Licensed structural engineer specializing in foundations, waterproofing, and structural repair.
View full profile & credentials →Frequently Asked Questions
Metal stud framing typically costs $5.50 to $10.50 per square foot of wall face installed (materials plus labour), depending mostly on stud gauge. Light 25-gauge non-load-bearing partitions run about $5.50/sq ft, standard 20-gauge about $7, heavier 18-gauge about $8.50, and structural 16-gauge about $10.50. Wall area is your linear feet of wall runs times ceiling height, so an 80-linear-foot run of 8-foot walls is 640 sq ft, and a typical 20-gauge basement partition project of that size runs about $4,500 to $6,000. Project type (interior partition, exterior wall, or ceiling) and layout complexity add multipliers on top, and a ~$500 minimum applies. Use the calculator above to price your specific walls.
Metal stud framing uses cold-formed light-gauge steel channels — tracks and studs — instead of dimensional lumber to build interior walls, partitions, and ceiling assemblies. It's preferred over wood when fire-rating is required (steel is non-combustible), moisture matters (steel won't rot, warp, or swell), the project is commercial or mixed-use (most commercial codes mandate steel), dimensional stability is critical (steel doesn't shrink or expand with humidity), or termite resistance is needed. In residential work, metal studs are most common in basements, bathrooms, utility rooms, and any non-load-bearing interior partition. They're lighter and straighter than lumber — no crown or warp — which actually speeds drywall alignment even though the steel itself costs more to cut and fasten.
Gauge is the thickness of the steel — counterintuitively, a lower gauge number means thicker, heavier steel. 25-gauge (0.018") is the lightest, suitable only for non-load-bearing interior partitions under 10–12 ft tall. 20-gauge (0.033") is the most common choice and handles standard partition heights up to 14–16 ft. 18-gauge (0.043") is specified for taller walls, heavier cladding, or higher wind and lateral loads. 16-gauge (0.054") is used for structural, load-bearing applications. Heavier gauge costs more per foot and is slower to cut and fasten, raising both material and labour cost. Critically, the required gauge is dictated by wall height, load, and local code — it's not a free design choice, and substituting a lighter gauge than specified can fail inspection and require demolition. Your engineer or building code sets it.
Metal stud framing typically costs 10–20% more than wood for the same application, mostly due to labour — cutting and fastening steel takes different tools and more time than running dimensional lumber through a circular saw. But steel studs are lighter and straighter than lumber, with no warping or crown, which reduces the layout and alignment labour when drywall goes up. For fire-rated assemblies, metal is often the only permitted option, so the wood comparison becomes moot. And over the life of the building, steel avoids the maintenance and repair costs of wood rot, warping, and termite damage. For non-load-bearing interior partitions in a basement or bath, the modest upfront premium often pays back in durability and a truer, flatter wall.
16" on centre (OC) is the standard for most residential drywall and gives a stiffer wall that's better for hanging heavier items. 24" OC uses roughly a third fewer studs, cutting material cost by about 15%, but it typically requires thicker drywall (5/8" instead of 1/2") or added blocking to match the rigidity, so some of the savings comes back. Commercial projects often use 24" OC for non-load-bearing partitions to save material. Spacing also affects sound: a stiffer 16" OC wall can transmit more sound than a 24" OC wall built with acoustic insulation and isolation clips. Match the spacing to the wall's job — 16" OC where you'll hang weight or want stiffness, 24" OC where material savings matter and the drywall or blocking compensates.
A fire-rated wall assembly (a fire wall or fire partition) is a tested, listed combination of framing, fasteners, and gypsum board that provides a rated period of fire resistance — commonly 1-hour or 2-hour. These follow specific UL designs (like UL U419 or U435) that prescribe the exact stud gauge, spacing, drywall type and thickness, and fastener schedule, and using the correct components and method is legally required wherever a rating is specified. Fire-rated assemblies add roughly 15–25% to framing cost (this calculator applies +20%) because of the specific materials and extra inspection, and the required 5/8" Type X or Type C drywall costs more too. Never approximate a fire assembly — a rating only holds if the whole listed system is built exactly as tested.
Standard 25-gauge non-load-bearing metal studs aren't designed to carry significant point loads, so heavy items need extra support. The three options: (1) wood or steel blocking — a horizontal member fastened between studs in the wall cavity before drywall goes up, giving a solid surface to anchor into; (2) toggle bolts rated for the load — fine for lighter items like picture frames or a light shelf; or (3) heavier-gauge studs (18 or 16) with proper structural fasteners where cabinets or a big TV will hang. The key is to install blocking before the drywall — adding it after is difficult and expensive. This calculator offers drywall blocking as an add-on precisely so you can plan for cabinets, TVs, grab bars, and floating shelves up front.
In most jurisdictions, new wall construction — including non-load-bearing interior partitions — requires a building permit if it encloses more than a set area or if electrical, plumbing, or HVAC work happens within the walls. Unpermitted framing found during a home sale or insurance claim can lead to forced removal, fines, and coverage complications. Permit fees for framing typically run $150–$400 for residential projects (this calculator adds $250), and inspections usually occur after framing but before drywall so the concealed work can be verified. Always check with your local building department before starting; a general contractor or architect can confirm the requirements for your specific project. Pulling the permit also protects you — it puts a professional inspection between you and a hidden defect.
Track (also called runner or channel) is the U-shaped piece installed horizontally along the floor and ceiling — it forms the top and bottom plates and provides a guide channel for the vertical studs to slip into. Studs are the vertical C-shaped members that drop into the track at regular intervals and form the wall's skeleton. The studs are then fastened through the track with self-drilling screws or crimped in place. The same gauge and depth (for example, 3-5/8" 20-gauge) applies to both the track and the studs in a given wall. When you price a wall, both the track and studs are included in the per-square-foot rate, along with fasteners, layout, and basic installation — which is why framing is quoted by wall area rather than by the piece.