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The number of studs available or delivered.
The result is the wall length these studs frame as field studs only, assuming none are consumed by corners or openings.
Wall length framed
38.67 ft
At 16 in centres a run of N studs encloses N-1 bays of 16 in: (studs - 1) ÷ 0.75 gives feet. Corners and openings consume studs without adding wall length — this is the maximum, not the achievable.
- Bays between studs
- 29 bays
They open the calculator with your figures already in it
Studs to Linear Feet Calculator (16 in OC): 38.67 ft — shown in imperial, US market. The link sets both, so the result they see is the one on your screen.
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How this was calculated
Formula source(s)
- 16 in on centre = 1.333 ft per stud; the inverse of 0.75 studs per foot
Inputs used
- Stud count (studs)
- 30
Intermediate steps
- Bays between studs
- 29 bays
Confidence note: At 16 in centres a run of N studs encloses N-1 bays of 16 in: (studs - 1) ÷ 0.75 gives feet. Corners and openings consume studs without adding wall length — this is the maximum, not the achievable.
What this calculation does not cover
- This inverts the spacing only. A pile of studs also contains the corner doubles, the trimmers and the cripples, so the wall length it actually builds is shorter than this returns.
- The answer assumes 16 in centres throughout. A wall framed at 24 in from the same pile is half as long again.
- Says nothing about plates, noggings or blocking, which are bought as lengths rather than as studs.
Computed in your browser — nothing you enter is uploaded. Presented in US customary units and US trade terminology. Where a formula follows a published standard, that standard and its edition are cited beside it on this page; where none governs, the page says so. Local amendments override model codes — verify against the code in force where you build.
Sources checked 2026-09-06 · in the site-wide review of 2026-09-06 · v1.0.1
Regulatory standards & verification citations1
- 16 in on centre = 1.333 ft per stud; the inverse of 0.75 studs per foot
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Working out how far a stack of studs will go is a stock-check rather than a design calculation, and the honest answer is that it will not go as far as the arithmetic suggests. Each stud covers sixteen inches of straight run, but real walls are not straight runs: every corner takes several studs and adds no length, every opening takes a king and jack pair on each side plus cripples above and below, and every intersecting partition needs backing. The converted figure is therefore the theoretical maximum for a plain wall. Plates are a separate calculation entirely, driven by wall length rather than stud count, and doubled at the top.