BuildWell

How to price framing jobs

Price framing from wall runs, openings and areas, with the labor built line by line, a basement finish worked through, and lumber taken off in feet and pieces.

Pricing by trade · 10 min read · Updated

At a glance

The steps, in order

  1. 1

    Take off walls, openings and areas

    Measure wall runs in linear feet by type, count door and window openings, and measure floors, ceilings, roofs and sheathing in square feet.

  2. 2

    Plan labor hours line by line

    Multiply each quantity by your own hours for that unit of work, including layout, blocking, soffits and cleanup.

  3. 3

    Take off the lumber

    Turn each line into linear feet of each size, then into pieces of the lengths you buy, with sheets, anchors and fasteners.

  4. 4

    Add job costs, overhead and profit

    Add the permit, delivery and any engineering, then overhead for every labor hour and your markup.

  5. 5

    Present the scope clearly

    Show walls, openings and extras as separate lines, and say who supplies the package and what is excluded.

Pricing framing comes down to the same equation as any job: price = materials + labor + other job costs + overhead + profit. What makes framing different is that the plain wall is the fast part. The time goes into everything that interrupts it:

  • Corners and openings
  • Soffits and blocking
  • The places where new framing meets old concrete or crooked joists

This guide shows how to build the labor from your own hours per unit, then prices the framing for a basement finish from start to finish. Wages and lumber prices vary by metro and by week, so every dollar figure is yours to fill in.

For the general method, see how to price a construction job. For software built around framing, see the framing industry page.

How framing work is measured

A framing takeoff uses three units:

  • Walls and runs, by the linear foot: layout, interior and exterior walls, treated bottom plates, blocking, fire blocking, soffits and shoring. Measure each run plate to plate, and keep each wall type separate.
  • Areas, by the square foot: floor joists, subfloor, ceiling joists, rafters, wall sheathing, house wrap and roof sheathing.
  • Openings and pieces, by the each: door and window rough openings, headers, beams, columns, trusses, stair stringers and attic hatches.

Note the wall height and the extras

Note the wall height as you measure. A 9-foot wall uses longer studs and more sheathing than an 8-foot one, and tall walls take longer to stand and brace.

Then mark the extras on the plan:

  • Backing for cabinets, grab bars and TV mounts
  • Fire blocking
  • Chases for ducts and pipes

They are short runs, but each one is a separate trip with the saw.

Lumber is sold by the piece or board foot

Lumber is bought in pieces of set lengths and quoted by the piece or by the board foot, a piece 1 inch thick, 12 inches wide and 12 inches long.

Example: A linear foot of 2x4 is 2 × 4 × 12 ÷ 144, about 0.67 board feet; a linear foot of 2x6 is exactly 1.

The formula for a framing price

Every line on a framing estimate follows the same pattern:

  1. Quantity × labor hours per unit = labor hours for that line.
  2. Labor hours × your full hourly labor cost = labor cost. That cost is the wage plus labor burden: payroll taxes, workers' compensation and benefits. Framing carries real fall and saw exposure, so use your actual policy rates.
  3. Materials at what you will pay near the job now, with waste added.
  4. Other job costs: permit, delivery, engineering, and any lift or nailer rental.
  5. Overhead for every labor hour: a year of overhead divided by the hours your crew bills.
  6. Profit, as a markup on the total cost or a target margin.

The labor rate guide and the labor rate calculator build your real hourly cost from pay, burden and billable hours.

Labor hours for common framing work

Trust your own job costing records

The hours per unit are the part of the price only you can supply, because they belong to your crew. Trust your own job costing records over any table: on every job, record the hours each line took and the quantity it covered, then divide.

Count labor hours, not crew hours: 24 labor hours is one day for a three-person crew.

Keep one number per kind of work

Keep a separate number for each kind of work, not one rate for "framing":

Line Measured in
Wall layout and plate marking Linear feet
Interior 2x4 partitions Linear feet
Exterior 2x6 bearing walls Linear feet
Treated bottom plate anchored to a slab Linear feet
Door rough openings Each
Window rough openings Each
Built-up or engineered headers Each
Floor joists Square feet
Subfloor sheathing Square feet
Wall sheathing Square feet
Rafters Square feet
Trusses, set and braced Each
Fire blocking Linear feet
Backing for fixtures and cabinets Linear feet
Soffits and chases Linear feet
Temporary shoring Linear feet

Soffits take nearly as long as walls

Look at the soffit line when your numbers come in. Boxing in a duct can take nearly as long per foot as building a full-height wall, because it is built overhead, in pieces, around whatever is already there.

A basement with a long main duct and a beam to wrap can carry as many hours in its soffits as in a room's worth of walls.

Structure, permits and the package

Size beams from an engineer, not a guess

Anything that carries a load, such as bearing walls and beams, gets its size from an engineer, the manufacturer's span tables or the building department, not from a guess on site. Price the temporary shoring, the beam and the posts as their own lines.

Put the permit and inspection on the estimate

Most framing needs a building permit, and new framing is usually inspected before it is covered. Put the permit on the estimate and leave a day in the schedule for the inspection.

Price fire blocking as its own line

Codes generally call for fire blocking in concealed wall spaces at floor and ceiling levels, including walls furred out along a foundation. Check with your building department and price it as its own line.

Say who supplies the lumber package

On builder work, the lumber often comes from the builder's yard and you price labor only. On homeowner work, you buy it. Say which in writing, and say who pays for shortages.

Taking off framing lumber

Turn each line into linear feet of each size, then into pieces, with waste built in.

  • Walls: three feet of plate per foot of wall, for a bottom plate and a doubled top plate. For studs at 16 inches on center, one stud per foot of wall is a common rule of thumb that covers corners, intersections and blocking.
  • Openings: count the king and jack studs, the header and the cripples for each opening from its width, plus plywood for built-up header spacers.
  • Sheathing and subfloor: area divided by 32 square feet a sheet, plus the cuts around openings and edges, rounded up.
  • Pieces: divide each size's total by the lengths you buy. Studs come precut for standard walls; plates and blocking come in longer lengths.
  • Fasteners, anchors and adhesive: nails by the pound, anchors by the piece and adhesive by the tube.

Re-price the lumber on every bid

Lumber prices move week to week. Price the package near the job when you bid, give the estimate an expiration date, and on large jobs get a written package quote from a supplier.

Worked example: framing a basement finish

Example: A homeowner wants a basement framed for finishing: a bedroom with a closet, a bathroom and a family room, with a mechanical room left unfinished. Others will do the insulation, electrical, plumbing and drywall. The floor is a concrete slab and the walls will be 8 feet.

The quantities:

  • Perimeter walls: 2x4 walls set off the foundation, 100 feet.
  • Partitions: bedroom, closet, bathroom and mechanical room walls, 60 feet.
  • All walls: 100 + 60 = 160 feet, each laid out and set on a treated bottom plate anchored to the slab.
  • Door openings: bedroom, closet, bathroom and mechanical room, 4.
  • Soffits: around the main duct and the beam, 36 feet.
  • Fire blocking: along the top of the perimeter walls, 100 feet.
  • Backing: for the vanity, a towel bar, a grab bar and a wall-mounted TV, 24 feet.

Labor hours

Say your crew's own records show the hours per unit below. They are example inputs to show the arithmetic, not a standard: use your own.

Task Quantity Example hours per unit Labor hours
Lay out the walls and mark the plates 160 lf 4 hours per 100 lf 6.40
Anchor the treated bottom plate to the slab 160 lf 10 hours per 100 lf 16.00
Frame the 2x4 walls 160 lf 0.3 hours per lf 48.00
Frame the door openings 4 1.5 hours each 6.00
Frame the soffits 36 lf 0.25 hours per lf 9.00
Fire blocking 100 lf 6 hours per 100 lf 6.00
Backing for fixtures 24 lf 10 hours per 100 lf 2.40
Stage the lumber and clean up 1 3 hours each 3.00
Total 96.80

The check: 6.4 + 16 + 48 + 6 + 9 + 6 + 2.4 + 3 = 96.8 labor hours. For a two-person crew, that is about 48.4 hours each, six working days.

The walls are only half the hours

The walls themselves are 48 hours, about half the job. Layout and the anchored plates add 22.4, the soffits, fire blocking and backing 17.4, and the openings and cleanup 9.

A price built only on feet of wall would have to hide almost 49 hours inside its rate.

Materials

From the wall lengths and the lengths you buy:

  • Treated bottom plate: 160 feet. In 16-foot pieces, 10, plus 1 for cuts: 11.
  • Top plates: a doubled top plate is 2 × 160 = 320 feet of 2x4. In 16-foot pieces, 20, plus 2 for cuts and splices: 22.
  • Studs: at one per foot of wall, 160 precut studs.
  • Door openings: two king studs, two jacks, a doubled header and cripples above each, about 6 pieces a door: 24 pieces, plus one sheet of plywood for the header spacers.
  • Soffits: a simple box framed with four runs of 2x4 along its length and a cross piece every 16 inches: 4 × 36 = 144 feet, plus 36 × 12 ÷ 16 + 1 = 28 cross pieces.
  • Fire blocking: 100 feet of 2x4. In 8-foot pieces, 12.5, so 13, plus foam sealant for the gaps.
  • 2x6 backing: 24 feet. In 8-foot pieces, 3.
  • Anchors, sill sealer, nails and adhesive: anchors or pins at the spacing your building department or the fastener maker calls for, 160 feet of sill sealer, nails by the box and adhesive by the tube.

Price each item near the job this week and add them up. Call the total M.

Building the price

Line How to get it
Labor 96.8 hours × your full hourly labor cost
Overhead 96.8 hours × your overhead per billable hour
Materials M, from the takeoff above
Permit and delivery Your local permit fee, if one applies, and the lumber delivery
Total cost The sum of the four lines
Price Total cost × (1 + your markup)

A 25% markup is a 20% margin; a 20% markup is only about 16.7%. The markup vs margin guide explains the gap, and the job cost calculator adds the lines up.

Check the price per foot of wall

Divide the price by the 160 feet of wall and compare it with similar basements. If it is far off, look for the missing or doubled line.

Common framing pricing mistakes

  • One price per foot of wall. Soffits, openings, blocking and anchored plates are where the hours hide.
  • Forgetting layout and cleanup. They are short lines on every job, and they add up.
  • Guessing headers and beams. Get the size from the engineer or the tables, then price it.
  • Using last month's lumber prices. Re-price the package on every bid.
  • No word on who supplies the lumber. Shortages and returns become arguments.

How to present a framing estimate

  • Group the lines into walls, openings, soffits and blocking, and structure.
  • Name the materials: stud size and spacing, treated plates, sheathing thickness and any engineered lumber.
  • Say who supplies the package, and mark builder-supplied materials so the scope is still clear.
  • List exclusions: insulation, drywall, mechanical work, engineering and anything you saw and are not pricing.
  • Note the permit and inspection, and who schedules it.
  • Set the deposit and payments. A deposit before the lumber order and a payment after the framing inspection are common. The progress billing guide covers how.

The carpentry estimate template lays these sections out. For a one-off, the free estimate generator makes a clean PDF.

Pricing framing with BuildWell

BuildWell builds a framing estimate from a description of the job, such as "frame a basement on a slab, 100 feet of perimeter walls, 60 feet of partitions, four doors, 36 feet of soffit around the duct."

The AI decides what work the job needs and how much; it does not set prices. BuildWell prices materials at stores near the job and labor at the metro's median wage for each trade on the job, plus your overhead and markup.

You can change any quantity, hour or price, or mark a builder's lumber package as client-supplied. The client signs on their phone.

A framing pricing checklist

  • Wall runs by type in linear feet, with the wall height noted
  • Openings counted, with header sizes confirmed
  • Soffits, blocking, fire blocking and backing measured
  • Floors, ceilings, roofs and sheathing in square feet
  • Labor hours line by line, including layout and cleanup
  • Lumber in feet and pieces, at current prices near the job
  • Permit, inspection and engineering in the scope or the exclusions
  • Overhead on every hour, then profit and a per-foot check

Common questions

01How many labor hours does a foot of wall take to frame?
Take it from walls you have framed, per linear foot, and keep interior partitions and exterior bearing walls as separate numbers. Layout, openings, sheathing and blocking are their own lines. Tall walls, many corners and tight access add time, so note them when you track a job.
02Should I price framing by the square foot of floor area?
Only as a check. Two floor plans with the same area can have very different wall runs, openings and soffits. Build the price from the takeoff, then divide by the area and compare it with similar jobs you have done.
03How do I price a labor-only framing bid?
Price every line's labor as usual and mark the lumber, sheathing and trusses as supplied by the builder. Keep them on the estimate so the scope is clear, and say who handles shortages, returns and the trips to pick up what was missing.
04Who sizes headers and beams?
A header or beam that carries a load should be sized by an engineer, from the manufacturer's span tables, or as your building department requires. Price the shoring, the beam and the posts as their own lines, and put the engineering in the scope or the exclusions.
05Does framing need an inspection?
New framing is usually inspected before insulation and drywall cover it, and most structural work needs a permit. Check with the local building department, list the permit on the estimate, and leave room in the schedule for the inspection.
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