14 gauge metal studs typically cost about $18-$45 each, with a common 10-foot stud averaging $28-$32 before tax and delivery. A framed wall can run roughly $8-$18 per square foot installed, depending on stud width, spacing, labor rates, track, fastening, and site access.
These heavy-gauge steel members are commonly specified for commercial partitions, taller walls, or locations needing greater strength than light-gauge framing. Prices vary by supplier and specifications, so estimates should identify thickness, length, flange, coating, and whether the quote covers only studs or a complete wall.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| 14 gauge stud, 10 ft | $18 | $30 | $45 | Per piece; width and brand affect price |
| 14 gauge stud, per linear ft | $1.80 | $3.00 | $4.50 | Approximate equivalent for 10-ft stock |
| 14 gauge track | $1.50 | $2.75 | $4.50 | Per linear ft; gauge and width vary |
| Stud-and-track wall framing | $4 | $8 | $13 | Per wall sq ft, material only |
| Framed wall, installed | $8 | $12 | $18 | Per wall sq ft; excludes drywall and paint |
What 14 Gauge Metal Studs Cost by Length
For standard commercial C-shaped studs, a useful planning range is $18-$45 per 10-foot piece. Eight-foot lengths may cost about $15-$36, while 12-foot lengths can run $22-$55. Those ranges are retail or small-order estimates; a local steel-framing supplier may quote lower per-piece prices for a larger, standardized order.
For budgeting, allow about $2-$4.50 per linear foot for the stud itself. A 10-foot piece at $30 equals $3 per linear foot, before freight, tax, waste, and fasteners. Stud width matters: a 3 5/8-inch member may cost less than a 6-inch or 8-inch member with the same nominal gauge and length.
Gauge describes the metal thickness category, not the member’s overall width. Actual thickness, yield strength, flange shape, punched openings, and manufacturer specifications can differ. Buyers comparing quotes should check product data and not assume two products labeled 14 gauge are interchangeable.
Assumptions: Standard galvanized steel C-studs, ordinary commercial supply, straight stock, and no unusual coating or fabrication.
How Studs, Track, Labor, and Delivery Shape the Quote
A complete framing estimate includes more than the vertical studs. Track runs along the floor and ceiling, while screws, anchors, bracing, and waste add smaller but meaningful amounts. The table shows typical budgeting ranges for a straightforward non-load-bearing partition; structural or engineered walls may cost more.
| Quote item | Typical price | Pricing basis | What changes it |
|---|---|---|---|
| 14 gauge studs | $18-$45 | Each, commonly 10 ft | Length, width, supplier quantity |
| 14 gauge track | $1.50-$4.50 | Per linear ft | Width, length, matching gauge |
| Fasteners and anchors | $0.25-$1.00 | Per wall sq ft | Substrate, spacing, connection detail |
| Framing labor | $3-$8 | Per wall sq ft | Height, layout, access, local wage |
| Delivery and handling | $75-$350 | Per order | Distance, load size, unloading needs |
| Waste allowance | $0.20-$1.00 | Per wall sq ft | Cutting, openings, offcut reuse |
Labor may be quoted hourly or by wall area. A crew rate of $75-$125 per hour is a common budgeting range for a framing crew or contractor billing rate, but it is not necessarily each worker’s wage. For example, 20 crew-hours at $100 per hour equals $2,000 in labor before materials and other charges.
Confirm whether the quote includes track, fasteners, unloading, and waste before comparing totals. Material-only pricing can look substantially lower than a delivered package, and installed framing often excludes insulation, drywall, finishing, doors, and electrical work.
Why Stud Width, Wall Height, and Spacing Change Price
Width and length are the first specifications to compare. A 6-inch or 8-inch 14 gauge stud commonly costs more than a 3 5/8-inch version, and a 12-foot piece costs more than an 8-foot piece. Extra-wide walls may also require wider matching track, different clips, or project-specific structural details.
Stud spacing affects the quantity required. At 16 inches on center, a straight 100-foot wall needs approximately 76 studs before allowing for corners, intersections, openings, and waste. At 24 inches on center, it needs about 51. The wider spacing can reduce the stud count, but it must meet the design, finish, and load requirements.
Wall height can change the required profile and installation method. Walls around 10 feet high may use standard stocked lengths, while heights above 12 feet can require longer stock, splicing, heavier details, or engineering review. Add framing around doors, windows, and corners; a large opening may need extra jamb studs, headers, and connections.
A 20% change in stud quantity can shift the framing-material budget by hundreds of dollars on a large partition. Structural loads, deflection limits, fire-rated assemblies, and local specifications may dictate a particular member and spacing. Do not substitute a lighter gauge or alter spacing solely to lower the estimate.
Assumptions: Approximate stud counts use a straight wall with no openings; actual layouts need extra members for ends, corners, intersections, and backing.
Regional Delivery and Supplier Prices for Heavy-Gauge Steel
Local availability can matter as much as the listed price. In major metro areas with multiple commercial building suppliers, competition and routine delivery routes may keep a standard order near the middle of the range. Rural locations or projects far from a distributor may face higher freight charges, minimum orders, or limited stock.
As a planning adjustment, delivered material in a rural area may run 10%-25% above a comparable metro quote when freight or handling is substantial. High-cost coastal markets may price 10%-20% above national planning ranges because of labor, warehouse, and operating expenses. These are budgeting comparisons, not fixed regional tariffs; a nearby supplier can still beat a distant online price.
Steel price changes, supply availability, and order size also affect quotes. A supplier may offer a lower per-piece rate when a project takes a full bundle, but that discount can be offset by leftovers, storage, or delivery. Ask for a separate line showing material, freight, fuel surcharge, and unloading so the total landed price is clear.
Compare delivered cost per linear foot rather than the sticker price per stud. Two suppliers may quote the same 10-foot member at different prices, yet the lower-priced option may charge more for delivery or require a larger minimum purchase.
How Long Commercial Stud Framing Takes to Install
A small, unobstructed partition may take a two-person crew roughly 1-2 days to lay out and frame. A larger 1,000-square-foot wall area may require about 3-6 crew days, depending on height, corners, openings, ceiling conditions, and how much cutting or bracing is required. These are general planning ranges rather than guaranteed production rates.
Contractors may price by the square foot, linear foot, or time and materials. Simple, accessible walls tend toward the lower end of the $3-$8 per wall square foot labor range. Tall walls, occupied buildings, difficult overhead work, tight delivery access, and detailed connections can push labor toward or beyond the upper end.
Site preparation can save time if the floor and ceiling lines are accessible, measurements are confirmed, and materials can be staged near the work area. However, removing existing walls, relocating utilities, protecting occupied spaces, or working around operating businesses adds labor and may require separate trades.
Ask whether the labor quote covers layout, openings, bracing, cleanup, and return visits. A low bid that excludes these tasks may not represent the final framing charge. The quote should also state whether the contractor bills for waiting time if materials or other trades are not ready.
Three 14 Gauge Wall Quotes With Different Scopes
The examples below show how specifications affect a complete framing budget. Totals are illustrative, exclude drywall and paint, and assume ordinary access in a mid-priced U.S. market. Contractor minimum charges, structural design, taxes, and delivery can alter actual bids.
| Project | Scope and material estimate | Labor estimate | Approximate total |
|---|---|---|---|
| Short partition | 100 sq ft, 10-ft wall; 8 studs at $30, 20 linear ft track at $2.75, $70 fasteners and waste | 12 hours at $90 per hour, or $1,080 | $1,250-$1,500 |
| Office wall with opening | 400 sq ft; about 60 studs at $30, 80 linear ft track at $2.75, $350 for connections and waste | 40 hours at $100 per hour, or $4,000 | $6,000-$7,000 |
| Large open partition | 1,000 sq ft; about 130 studs at $34, 200 linear ft track at $3.25, $900 for fasteners and waste | 100 hours at $110 per hour, or $11,000 | $17,000-$19,500 |
The example counts are simplified estimates. Openings may reduce some ordinary studs but add jamb and header framing, and wall intersections require additional pieces. The installed totals also include a rough allowance for delivery, contractor overhead, and quote variation.
Use the examples as scope comparisons, not as a substitute for a measured takeoff. A written quote should specify wall length and height, center spacing, member width, stud count, track footage, openings, and included labor.
14 Gauge Versus 18 Gauge Studs and Other Choices
Heavier steel generally costs more per piece than lighter framing members. A typical 18 gauge 10-foot stud may be around $10-$25, while a 14 gauge piece may be $18-$45. A 20 gauge stud may cost about $7-$18, depending on size and local availability. These comparisons are approximate; nominal gauge, actual thickness, width, and manufacturer matter.
For nonstructural interior partitions, a lighter gauge may meet the plans and can reduce material cost. For high walls, heavier-duty partitions, or assemblies with specified loads, 14 gauge may be required. A lighter substitute is not appropriate unless the project designer or qualified professional confirms it satisfies the design and applicable code.
Wood framing can be a practical alternative for some interior walls. Basic wood studs may cost less per piece, but installed pricing depends on lumber size, labor, fire and acoustic requirements, moisture exposure, and the rest of the wall assembly. Comparing one stud’s price with another does not establish which full assembly costs less.
Compare complete assemblies and specified performance, not just the lowest stud price. If plans call for 14 gauge, ask the supplier to verify the exact product and ask the contractor whether the bid includes all required connections and backing.
How to Lower the 14 Gauge Framing Budget Safely
Keep the scope stable before requesting bids. Provide the same wall lengths, heights, openings, spacing, gauge, and finish requirements to each supplier or contractor. Clear specifications reduce allowances and make it easier to identify whether one estimate omits track, connections, delivery, or labor.
Use standard lengths where the layout permits, and coordinate cuts to limit waste. Avoid ordering extra bundles without confirming the takeoff and return policy; specialty or cut-to-length products may not be returnable. Combining orders for several walls can reduce delivery charges, but only if storage and unloading are practical.
Check whether the design permits a different spacing or material grade before treating either as a savings option. Changes can affect drywall support, fire-rated assemblies, acoustics, load capacity, or code compliance. Any substitution should be approved by the responsible designer or building professional before purchase.
Compare at least three itemized quotes when the project size justifies it. Ask suppliers to price the same quantity and profile, then compare delivered cost per linear foot. Ask contractors to separate labor, materials, disposal, and overhead; verify whether tax, permits, and inspection coordination apply to the specific project.
The safest savings usually come from accurate ordering, less waste, and comparable bids—not reducing required gauge or omitting specified connections. On a small job, a contractor’s minimum charge may dominate the bill, so bundling nearby framing work can cost less than scheduling separate visits.