Masonry Labor Cost per Hour

What Is Masonry Labor Cost per Hour?

Masonry labor cost per hour is the fully burdened cost of keeping a mason on site for one hour, not just the wage you see on a pay stub. It is the number you plug into a takeoff when you convert quantities into dollars. If you price brick at the bare journeyman wage, you will underbid every job with payroll taxes, workers' compensation, and benefits attached.

The masonry labor rate per hour you pay is built in three layers. The base wage is what the mason earns per hour. The masonry labor burden rate adds payroll taxes, general liability, workers' compensation, union benefits, and paid time off. The billed rate adds company overhead and profit on top of the burdened rate. A journeyman and an apprentice carry different base wages, so a crew's blended rate depends on who is on the wall.

Typical U.S. burdened mason rates range from $45 to $85 per hour. That spread reflects region, union status, and project type. A union commercial job in a high-cost metro sits at the top of that range; an open-shop residential job sits near the bottom. Treat these as planning ranges only and confirm them against current local wage data before you commit a bid.

This hourly figure is the input to the masonry labor cost formula that turns crew hours into a unit price. Get the rate wrong and every line item downstream is wrong. For a second set of eyes on those rates, masonry estimating services and labor cost estimating services can validate your burden before you submit.

Masonry Labor Rate per Hour vs. Bricklayer Cost per Hour

People use mason cost per hour and bricklayer cost per hour as if they mean the same thing, but the trades are not identical. Bricklayer cost per hour usually refers to laying brick units. Mason cost per hour is broader and can cover block, stone, mortar, and setting work. When you build an estimate, match the rate to the actual scope on the drawings.

Stone mason hourly rate is typically higher because stone setting demands tighter tolerances, more cutting, and slower production. Block layer hourly rate is often lower than brick or stone because concrete masonry units go up faster and with less detail. The table below shows typical U.S. burdened ranges by trade. These are planning ranges, not quotes, and they move with region, union status, and date.

Use the trade column that matches the assembly, not the job title on the payroll. A crew that lays block all day and sets stone trim for two hours has two rates in the same day. That split is why a single blended number can hide cost. If you need trade-specific rates checked against your drawings, trade estimating services can break the scope down by craft.

Masonry Crew Hourly Rate: What You're Really Paying For

A masonry crew is not just masons. It includes tenders who mix mortar, cut units, and keep the wall supplied, and often an apprentice or two. The masonry crew hourly rate is the sum of each member's burdened rate, plus any equipment or scaffold costs tied to that crew. That total is what actually leaves your account each hour.

A mason tender typically earns 50–70% of a mason's burdened rate. Add an apprentice at a partial journeyman wage and the blended crew rate lands between the lowest and highest individual rates. Scaffold rental, mixers, and hoisting equipment add to the hourly cost of keeping the crew productive. A typical 3–4 person crew runs about $150–$300 per hour burdened, depending on trade mix and region.

The hourly rate alone does not tell you what the wall costs. Production rate does. A crew at $250 per hour laying 500 brick per hour costs less per brick than a cheaper crew laying 250. Always pair the crew rate with a realistic production rate before you price a unit. For help pairing crew rates with production, masonry estimating services can build the crew model for your scope.

Masonry Labor Cost Formula: From Hours to Unit Price

The core masonry labor cost formula is simple: Labor Cost = (Burdened Hourly Rate × Labor Hours) ÷ Quantity. Every number that follows in a masonry bid traces back to those four variables. Get any one of them wrong and the unit price you carry to the estimate is wrong too.

1. Start with a clean quantity takeoff. You cannot price labor without knowing the real installed quantity. Count brick, block, or square footage from the drawings and specs, not from memory. If you need a verified count before pricing, quantity takeoff services produce measured quantities by assembly so your labor math starts from a defensible number.

2. Convert production rates into labor hours. Production rates are quoted in units per hour — for example, 30 bricks per hour for a journeyman mason on a running bond wall. Labor Hours = Quantity ÷ Production Rate. A 10,000-brick wall at 30 bricks per hour is 10,000 ÷ 30 = 333.33 labor hours. Use rates matched to your wall type, coursing, and access conditions.

3. Apply the waste factor to the quantity, not the rate. Waste covers breakage, cutting, and layout loss. A 5% waste factor means 10,000 × 1.05 = 10,500 bricks placed. Labor hours follow the placed quantity: 10,500 ÷ 30 = 350 hours. Waste raises both material and labor, so never bury it in the production rate.

4. Multiply by the burdened hourly rate. Take the base wage plus payroll taxes, insurance, benefits, and small tools. If the burdened rate is $65 per hour, then 350 × $65 = $22,750 in labor for the wall.

5. Divide by quantity to get the masonry unit price per brick. $22,750 ÷ 10,000 = $2.275 per brick in labor. Divide by wall area instead and you have masonry cost per square foot. This same sequence drives any masonry labor cost calculator you build or buy.

Worked Example: Calculating Masonry Labor Cost

Example only — substitute your own production rate, burden, and waste factor.

Scope: a 10,000-brick exterior veneer wall, running bond, scaffold access. Assumed production rate: 30 bricks per hour for one journeyman mason. Burdened rate: $65 per hour. Waste factor: 5%.

1. Net quantity. 10,000 bricks from the takeoff.
2. Add waste. 10,000 × 1.05 = 10,500 bricks placed.
3. Labor hours. 10,500 ÷ 30 = 350.00 hours.
4. Labor cost. 350.00 × $65 = $22,750.00.
5. Unit price per brick. $22,750.00 ÷ 10,000 = $2.275 per brick in labor.

For comparison, without waste the hours would be 10,000 ÷ 30 = 333.33 hours, and 333.33 × $65 = $21,666.45. The 5% waste factor adds $1,083.55 in labor on this wall alone.

If you are pricing a full masonry package, masonry estimating services apply these same steps across every wall type, lintel, and reinforcement item so nothing is priced from a single blended rate. Any masonry labor cost calculator is just this sequence automated — the production rate and burden you feed it decide whether the answer is usable. Production rate is the single most sensitive input; a swing from 30 to 25 bricks per hour changes the labor to 10,500 ÷ 25 = 420 hours, or $27,300 at the same burden.

Masonry Cost per Square Foot: Converting Hourly Rates

Budgets and early estimates are usually carried as masonry cost per square foot of wall area, because owners and developers compare assemblies that way. A typical installed CMU wall runs roughly $10–$30 per square foot, and brick veneer runs roughly $15–$40 per square foot. Those ranges move with region, labor market, wall thickness, reinforcement, finish, and access, so treat them as a starting bracket, not a bid.

Converting from an hourly rate is a two-step division. Take the labor cost for the wall and divide by the wall area. Example: a 350-hour wall at $65 per hour costs $22,750; if that wall is 2,000 square feet of face area, labor is $22,750 ÷ 2,000 = $11.375 per square foot. Add material, reinforcement, and equipment to reach the installed square foot cost.

Wall thickness and reinforcement change both the unit count and the labor hours. An 8-inch concrete masonry unit wall with horizontal joint reinforcement and grouted cells carries more labor per square foot than a plain 6-inch wall. Bond pattern, coursing, and veneer ties add time the square foot number will not show on its own.

For concrete and foundation scope that ties into masonry walls, concrete estimating services keep the division of labor clean between trades. Use the square foot figure for early budgeting, then convert back to hours and unit prices before you buy out the work.

What Factors Affect Masonry Labor Rates?

Masonry labor rates are not a single number you can carry from one project to the next. They move with the labor market, the wall you are building, and the conditions on site. When you build an estimate, each of these factors has to be priced separately or you will miss money.

Region and labor agreement. Union and non-union markets price differently, and public work changes the math entirely. On projects covered by Davis-Bacon, the prevailing wage for masons is set by the wage determination in the contract and can be roughly double a non-union residential rate. A commercial estimating service has to start from the correct wage decision before any productivity factor is applied.

Project type and access. Residential work is usually low, open, and reachable from the ground. Commercial walls are tall, often require scaffold, and may need material hoisting to upper floors. Scaffold erection, moving, and strike time is mason labor time, and it is frequently left out of the estimate. A residential estimating service can often price from the ground; a commercial takeoff cannot assume that.

Material. Brick, CMU, and stone have different unit costs and different laying speeds. CMU goes up faster per unit than brick, and stone is slower still. Mortar type, grout, and the amount of cutting at corners, openings, and bond patterns all change hours per unit. A running bond wall is not the same as a stack bond or a soldier course. When you price brick, you convert the wall area to a thousand brick count, because suppliers quote and deliver by the thousand brick, not by the piece. The mason's trowel technique and the time spent spreading mortar also affect productivity, especially on intricate bond patterns.

Complexity and embedded items. Reinforcement, flashing, lintels, wall ties, and joint reinforcement all add labor. A lintel has to be set, shimmed, and tied in. Flashing has to be woven or set with end dams. Joint reinforcement has to be laid in the bed joint at the specified spacing. Each item is a small operation, and on a large wall the small operations add up. Grout is measured by the cubic yard, so you need the net volume of filled cores, not the gross wall volume.

Season and schedule. Winter work brings heated enclosures, mortar additives, and lower output. Overtime, shift work, and compressed schedules raise the effective hourly rate. A masonry labor cost calculator that ignores weather and overtime will understate the bid.

If you want these factors priced line by line instead of guessed, you can get an estimate from a takeoff built on your actual drawings.

Masonry Labor Burden Rate Explained

The wage you pay a mason is not the cost of that mason to your company. The difference between the base wage and the true cost to the employer is the masonry labor burden rate. It covers everything you pay on top of the hourly wage.

Labor burden includes payroll taxes (FICA, FUTA, SUTA), workers' compensation, general liability insurance, benefits such as health and retirement, paid time off, and any union dues or apprenticeship fund contributions. Some contractors also load small tools, consumables, and travel or per diem into burden. Typical burden ranges from about 30% to 50% of base wage, but workers' comp for masonry can be high in some states, so verify your own rate rather than assuming.

To get the burdened rate, multiply the base wage by one plus the burden percentage:

Burdened rate = Base wage × (1 + Burden %)

Example: a mason earns $32.00 per hour and your burden is 40%. Burdened rate = $32.00 × 1.40 = $44.80 per hour. That $44.80 is the labor cost you put into the estimate, not $32.00.

Using unburdened rates in an estimate is one of the fastest ways to lose money on a masonry job. If you bid 1,000 mason hours at $32.00 instead of $44.80, you have understated labor by $12,800 on that one line. A labor cost estimating service applies your burden to every trade hour so the bid reflects what you actually pay.

Masonry Labor Rate for Contractors: Bidding and Pricing

Once you know your burdened cost, you still need a billed rate that covers overhead and profit. The masonry labor rate for contractors is the number you charge per hour, not the number you pay per hour. Typical billed rates range from about $75 to $150 per hour, depending on region, trade, and whether the work is prevailing wage. Treat that as a range, not a target.

Many contractors build rates from RSMeans or from their own historical production data. RSMeans gives a national average that you adjust with a city cost index and your own productivity factors. Historical data from your last five similar jobs is usually more accurate for your crew. Whichever you use, the masonry bid price per hour should line up with what the local market is paying for the same scope.

Use this checklist when you review labor rates in a bid:

• Confirm the wage basis. Is the rate union, open shop, or prevailing wage? Davis-Bacon work needs the correct wage determination, not a residential rate.
• Add burden to every hour. If the rate in the bid is unburdened, add your burden percentage before comparing it to your own.
• Check the crew mix. A crew of two masons and one tender has a blended rate, not a mason rate. Make sure the bid uses the right mix.
• Include scaffold and hoisting. These are labor hours. If they are missing, the rate is not comparable.
• Compare unit prices, not just hours. A rate that looks low per hour can still be high if the bid assumes fewer units per hour than your crew achieves.
• Check overtime and shift assumptions. Premium time changes the effective rate.

If you want a second set of eyes on the labor rates in a masonry bid, a bid estimating service can review the pricing against your plans and specs. For general contractors assembling a full bid, a general contractor estimating service can carry the masonry rate through to the final number.

Common Mistakes in Masonry Labor Estimating

• Using unburdened wages instead of fully burdened rates. The hourly wage you pay a mason is not the cost of an hour of masonry. Payroll taxes, workers' compensation, general liability, benefits, and paid time off can add 35% to 60% or more depending on trade classification and state. If you plug the base wage into your estimate, every labor line is understated by that same percentage.

• Ignoring waste factor and breakage. Brick and CMU break, get cut wrong, or arrive chipped. A waste factor of 3% to 5% is common for unit masonry, higher for intricate bond patterns or thin veneer. Labor also rises because handling broken units costs time, so waste affects both material and labor lines.

• Underestimating production rates for complex details. A straight running-bond wall may install at one rate; arches, corbels, sills, and radius walls at another. Estimating all masonry at a single production rate ignores the slowdown from layout, cutting, and scaffolding moves. Build separate rates for repetitive field and detail work.

• Forgetting scaffold, hoisting, and cleanup labor. Erecting and moving scaffold, hoisting units to upper floors, and final cleanup are labor hours that belong in the bid. If you leave them in general conditions without a quantity, they get cut or missed entirely.

• Not accounting for prevailing wage on public projects. Federally funded work triggers Davis-Bacon and state-funded work often has a state prevailing wage. The required rates, plus certified payroll administration, can push labor cost well above open-shop rates. Bidding a public job at private rates is a fast way to lose money.

• Failing to adjust for regional cost differences. A mason in a high-cost metro costs more per hour than one in a rural market, and productivity can differ with crew quality and weather. Use rates for the project location, not your home office. If you inherit an estimate from another region, have it reviewed through estimate review services before you rely on it.

How Masonry Labor Costs Vary by Project Type

The same mason hour does not cost the same on every project. Scope, code requirements, wage rules, and material systems all move the labor rate and the hours per unit. In a full takeoff, masonry sits in CSI MasterFormat Division 04, and the same scope rolls up under the Uniformat shell and exterior enclosure categories, so the labor has to be coded consistently across both structures.

Residential masonry is usually the least expensive per hour. Walls are often single-wythe or veneer, reinforcement is limited, and work stays close to grade. Crews can produce quickly because details repeat from house to house, and the mason can keep the trowel moving without constant setup changes.

Commercial work adds cost at every step. CMU walls are commonly grouted and reinforced, which means more layout, bar placement coordination, and inspection holds. Flashing, lintels, shelf angles, and control joints add labor that does not show up in a simple square-foot rate. Scaffold and hoisting hours climb with wall height, and every course still has to be laid with a trowel and checked for plumb and level.

Industrial masonry uses specialized refractories and high-temperature mortars that demand experienced crews and careful curing. Productivity is lower, and schedule windows around plant operations can force overtime. For this work, use industrial estimating services to build rates around the actual material system and access constraints.

Public works projects are governed by Davis-Bacon or a state prevailing wage. The required hourly rate plus fringe, certified payroll reporting, and apprenticeship ratios raise the labor cost. If you bid public work, price it with public works estimating services so the wage determination is applied correctly.

Treat the ranges above as planning figures only. They vary by region, union status, scope, and date, and they are not a substitute for a project-specific takeoff. If you need a defensible number for a bid, a budget, or a funding package, a masonry estimating service can build the labor hours from the drawings and classify the estimate to the right AACE estimate class for its purpose.

Masonry Labor Cost Calculator: Tools and Methods

You can build a workable masonry labor cost calculator in Excel with four inputs: quantity, production rate, burdened hourly rate, and waste factor. The formula is straightforward. Labor cost equals quantity times (1 plus waste factor) divided by production rate, then multiplied by the burdened rate. Put each input in its own cell so you can change one variable and see the effect immediately. Add a column for crew size and another for hours per day if you want to see duration alongside cost.

For quantities, most estimators take off from the drawings in on-screen tools rather than scaling paper. Bluebeam, PlanSwift, and STACK all handle linear, area, and count takeoffs and export quantities you can drop into the calculator. If you do not run those tools in-house, you can send drawings to Bluebeam takeoff services, PlanSwift takeoff services, or STACK takeoff services and get measured quantities back in a format you can price.

Production rates are the hardest input to get right. RSMeans data is a common starting point for masonry production rates by unit type and wall assembly, and it is useful for order-of-magnitude checks. Your own historical rates from completed jobs are better when you have them, because they reflect your crew, your market, and your supervision.

A masonry labor cost calculator is only as good as the data you feed it. A perfect spreadsheet with a wrong production rate produces a confident wrong number. The quantity takeoff is the other weak point, because missed openings, lintels, or reinforcement show up as understated labor later.

If you want the quantities and rates checked before you bid, a professional quantity takeoff removes the guesswork. You can upload plans and have the takeoff and pricing reviewed before the bid goes out.

When to Get a Professional Masonry Estimate

Your own masonry cost per hour math holds up only as far as your production rates and burden figures do. When you are missing reliable historical data — no past CMU walls to compare against, no crew day rates from completed jobs — any unit price you build is a guess with a decimal point. A professional masonry estimating service starts from measured quantities and current labor assumptions instead of an inherited number.

Large or complex projects punish small rate errors. A 3% miss on a $2 million masonry package is $60,000, and by the time a foreman sees the shortfall the scaffold is already up. On projects with multiple wythes, reinforcement, lintels, and architectural features, an independent quantity takeoff finds the quantities you may have skipped and prices them at rates that match the actual scope.

Public works jobs add prevailing wage, certified payroll, and often a separate benefit rate schedule. Getting the labor rate wrong there does not just cost margin — it can cost the contract. For those bids, a bid estimating review checks that your hourly rates, burden, and classifications line up with the wage determination before you submit.

Use an outside estimate as a second opinion when you already have a number. It validates your assumptions, exposes missing line items, and gives you a clean basis for value engineering conversations with the owner. Scope Precision Estimate offers same-day quotes, bid-ready masonry estimates in 48 hours, and 20% off for new clients. Send your plans through the estimate request page and you will get a labor breakdown you can bid from.