Introduction
How much do steel studs cost? The short answer is that price follows weight: heavier gauges use more steel, and more steel costs more. A 25-gauge interior stud can cost a third of what a 12-gauge stud of the same length costs, and freight — priced by the ton — rises with the total weight of your order. So budgeting a steel stud job starts with the same number the estimator starts with: weight per foot.
The Steel Stud Weight Calculator gives you that weight per foot in pounds and kilograms per meter; multiply by your linear footage and you have the total steel tonnage your budget must cover. This guide translates weight into money — typical US price ranges per gauge, how freight and waste factor in, and a full budgeting example.
Why Weight Drives Price
Steel studs are priced per piece at the counter, but the piece price is set by the steel in it. Suppliers buy coil steel by the ton, and every mil of thickness adds metal — so the per-foot weight in the table below is effectively a proxy for manufacturing cost. Heavier gauges also cost more to ship, handle, and cut, which shows up in labor pricing.
The second cost driver is quantity. Contractors buying full bundles or truckloads pay meaningfully less per piece than a homeowner buying ten studs at a big-box store. Expect a 15–30% spread between small-lot and bundle pricing on common gauges.
Typical US Price Ranges by Gauge
Prices below are typical US planning ranges for 3-5/8″ × 8-ft C-studs as of 2026, for bundle or contractor quantities. They vary by region, supplier, steel market conditions, and order size — always get a current quote before committing a budget. Big-box retail prices for small quantities often run 20–40% higher.
| Gauge (mils) | Weight (lb/ft) | Typical price, 8-ft stud | Approx. price per lb of steel |
|---|---|---|---|
| 25 ga (18 mil) | 0.40 | $3.00 – $4.50 | $0.94 – $1.41 |
| 22 ga (27 mil) | 0.53 | $3.75 – $5.50 | $0.88 – $1.30 |
| 20 ga (33 mil) | 0.65 | $4.50 – $7.00 | $0.87 – $1.35 |
| 18 ga (43 mil) | 1.01 | $7.00 – $10.50 | $0.87 – $1.30 |
| 16 ga (54 mil) | 1.28 | $9.00 – $13.50 | $0.88 – $1.32 |
| 14 ga (68 mil) | 1.60 | $12.00 – $17.00 | $0.94 – $1.33 |
| 12 ga (97 mil) | 2.24 | $16.00 – $23.00 | $0.89 – $1.28 |
Notice the last column stays roughly flat: you are paying for steel by the pound, plus fabrication. The price-per-pound lens is the fastest way to compare quotes across gauges and suppliers — if one quote’s per-pound number is far off the others, something in the quote is wrong. Weight figures come from the standard complete guide table; the material guide explains which gauge your application actually needs, since overspecifying gauge is the most expensive mistake in this table.
Freight and Delivery Costs
Freight is quoted by weight and distance. A flatbed delivery of a few thousand pounds of studs typically runs $150–$400 for local delivery in most US markets; longer hauls or boom-truck (forklift) service add more. Two ways weight planning saves money here:
- Right-size the truck. A 10,000-lb order doesn’t need the same rig as a 2,000-lb order. Knowing total tonnage before you call lets the supplier dispatch the cheapest suitable vehicle — and the pro tips guide shows how to sequence deliveries to the framing schedule.
- Combine deliveries. Track, studs, and accessories on one truck cost far less per pound than three separate runs. Total the weight of everything — the estimating guide shows how to roll track weight into the same order math.
Labor: What Weight Changes
Material is only part of the cost. Labor for steel stud framing in the US typically runs $5–$12 per linear foot of wall for straightforward commercial partition work, varying with height, gauge, and market. Heavier gauges push labor up because cutting slows (a chop saw or shear replaces snips above about 20 gauge), screws get longer and costlier, and studs get harder to maneuver in tight spaces.
A practical rule estimators use: budget roughly 10–20% more labor time when stepping from 25-gauge to 20-gauge work, and another step up for 16-gauge and heavier, where layout crews slow down and cutting moves to power tools. The DIY vs. pro guide breaks down when the labor premium of heavier gauges justifies hiring a crew.
Budgeting Example: 500 Linear Feet of Partition
A tenant-improvement job needs 500 linear feet of 10-foot-tall partition wall framed with 20-gauge 3-5/8″ studs at 16-inch centers, plus top and bottom track. (The same method is shown at larger scale in the hypothetical office buildout case study.)
Material takeoff (imperial): studs at 16″ centers ≈ 0.75 studs per foot × 500 ft = 375 studs. Each 10-ft stud weighs 10 × 0.65 = 6.5 lb, so studs total 2,437 lb. Track: 2 runs × 500 ft = 1,000 ft at ~0.60 lb/ft ≈ 600 lb. Add 10% waste: total ≈ 3,340 lb (≈1.67 tons).
Cost estimate: 375 ten-foot 20-gauge studs at roughly $6–$9 each (scaled from the 8-ft range) = $2,250–$3,375. Track ≈ $2–$3.50 per 10-ft piece × 100 pieces = $200–$350. Fasteners and accessories ≈ $300–$500. Local delivery ≈ $200–$350. Material total ≈ $2,950–$4,575, before labor.
Metric cross-check: 500 ft = 152.4 m of wall; 375 studs × 3.048 m = 1,143 m of stud at 0.97 kg/m = 1,109 kg; track 304.8 m × 0.89 kg/m ≈ 271 kg; plus 10% = 1,518 kg ≈ 1.52 tonnes. Cross-check against 3,340 lb × 0.4536 = 1,515 kg — consistent.
Where Budgets Go Wrong
- Specifying a heavier gauge than needed. Jumping from 20 to 16 gauge nearly doubles material weight and adds ~40–60% to stud cost with zero benefit for a non-load-bearing partition. Confirm the gauge with the drawings or the engineer.
- Forgetting track and accessories. Track, deflection clips, and fasteners typically add 15–25% to the steel tonnage — and to the bill.
- Small-lot pricing on a big job. Buying 400 studs ten at a time at retail can add 30% or more versus a bundle quote. Get the bundle price once your takeoff is firm.
- No waste allowance. Cutoffs from openings and short pieces are unavoidable; an unbought 10% becomes an expensive second delivery.
The common mistakes guide covers these and other budget-killers in detail.
Related Guides
- Steel Stud Weight Complete Guide — the master reference: designation system, gauge table, formula, and worked examples.
- Steel Stud Estimating Guide — takeoffs, bundle math, and waste factors that feed directly into your budget.
- Steel Stud Material Guide — choosing the right gauge so you never pay for steel you don’t need.
- Steel Stud Weight Formula Explained — the math behind weight per foot, for verifying supplier numbers.
- Steel Stud Weight Checklist — pre-order checklist that catches the mistakes this guide warns about.
Frequently Asked Questions
How much does it cost to frame a wall with steel studs?
Material for a standard 20-gauge interior partition typically runs $8–$15 per linear foot of wall (studs, track, fasteners), before labor. Heavier gauges, taller walls, and retail pricing push it higher.
Are steel studs cheaper than wood studs?
Often comparable or slightly higher on material for light gauges, but steel wins on straightness, waste (no culls), and speed for commercial work. Compare per-linear-foot-of-wall, not per piece, and include waste differences.
How much does delivery add?
Local flatbed delivery commonly runs $150–$400 depending on weight and distance. Small orders sometimes qualify for cheaper boom or box-truck delivery — ask the supplier for the weight breakpoint.
Does gauge really change the price that much?
Yes — price tracks steel weight closely. A 16-gauge stud costs roughly double a 20-gauge stud of the same length because it contains roughly double the steel.
Should I include waste in the budget?
Always. Budget 10% extra material for typical partition work; the cutoffs are real and a second delivery costs more than the extra steel.
Get Your Number
Run your designation and quantities through the Steel Stud Weight Calculator to get total tonnage, then apply the per-pound pricing lens from this guide to sanity-check every supplier quote you receive.
Disclaimer: Calculator results are planning estimates… verify with your supplier and consult a licensed professional or your local building authority for structural or code-related decisions.
