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Lawn care pricing: a cost-based guide to profit

Lawn care pricing starts with crew-hour cost, then accounts for stop time, drive time, pricing bases, route density, and seasonal price reviews.

What to take away

  • Price from a measured crew-hour cost, then test the result against the market. Not the other way round.
  • Drive time is real cost and belongs in the price of the stop that caused it.
  • The pricing base you choose changes crew behavior, so pick it for the operation as well as the customer.
  • Margin on a route is protected by density and by visit time, more than by the headline price.
  • Review prices at the season boundary. Mid-season changes to a standing arrangement cost goodwill.

Pricing in this trade is usually copied. Someone finds out what the operation down the road charges, matches it, and then wonders why the year does not work. The number down the road came from a different property mix and a different drive pattern.

This guide builds the price from the inside, with the arithmetic left in variables so your own figures go in. The worked figures below illustrate the calculations; they are not market rates.

The omission is deliberate, not an oversight. A benchmark table sized for a general audience would describe a route you have never seen.

The cost stack, from the bottom

Build the crew-hour cost before anything else. Start with field labor: wages, employer payroll taxes, workers’ compensation, and benefits. Add production costs such as fuel, vehicle and trailer depreciation, equipment depreciation, maintenance, and insurance. Include overhead such as phone, software, and accounting, along with other operating costs assigned to field work. Count each expense once.

Build the crew-hour cost

  1. Direct laboractual cost of employing, not hourly rate
  2. Machine cost per houracquisition, maintenance, wear parts, fuel
  3. Vehicle cost per hourincludes fuel for route drive
  4. Overhead per hourinsurance, software, storage, admin, owner time
  5. Divide overhead by billable field hours, not all hours

Estimate seasonal billable crew-hours from the route calendar and timed work: planned field hours for each crew across service days, adjusted using route records for weather interruptions, maintenance, training, and gaps that prevent selling the time. Count T, D, and Su consistently; do not assume all paid or calendar hours are billable. Calculate Ch as annual field labor and production costs plus overhead assigned to field work, divided by expected seasonal billable crew-hours.

Call the total Ch, the fully loaded cost of one crew hour.

From crew hour to stop

A stop consumes more than its on-site time.

From crew hour to stop price

  1. T: on-site time
  2. D: drive time from previous stop
  3. Su: setup and pack-down time
  4. Cost = Ch x (T + D + Su)
  5. Add direct materials and disposal
  6. Add intended margin to set price

Cost of the stop is Ch multiplied by the sum of T, D, and Su. Add direct materials and disposal where they apply. The price is that cost plus the margin you intend to make.

Two consequences that decide most route economics:

  1. Two properties with identical on-site time do not cost the same. The one at the end of a spur costs more, every visit, forever.
  2. Reducing D raises margin without touching the price. That is why density work pays better than price increases, and it is the argument developed in the route and territory guide.

Worked example. Assume a two-person crew and a fully loaded cost of $95 per crew hour. That figure is an illustration, not a market rate.

A stop takes 0.5 crew hours on site, T. Drive to and from it adds 0.15 crew hours, D. Setup and cleanup add 0.05 crew hours, Su. The three add to 0.7 crew hours. At $95 an hour the time cost is $66.50.

Direct materials add $2.50 for line and blade wear. Disposal is zero because clippings stay on site. The cost of the stop is $69.00.

Assign stop-specific materials and disposal only when they are attributable to that job and are not already included in Ch. Examples include line or blade wear, job-specific bags, and fees to haul or dispose of clippings or debris. Record the actual material used or disposal charge, and do not count the same cost again in annual equipment or overhead totals.

At a 30 percent margin, price is cost divided by 0.70, which is $98.57, rounded to $99 per visit. At a 40 percent margin the same stop prices at $115.00. Your margin is your choice; the arithmetic is not.

Turning stop margins into annual and route profit

Forecast annual cost as planned billable crew-hours multiplied by Ch, plus stop-specific materials and disposal, plus annual expenses not already included in Ch. Break-even revenue equals that forecast cost. To target a specific dollar profit, required annual revenue equals forecast annual cost plus the target profit. For a target margin m, required revenue equals forecast annual cost divided by (1 − m). Count each cost once; these calculations give operating profit before taxes.

For a route, add the prices of its stops, then subtract Ch multiplied by the sum of T, D, and Su for those stops, plus their stop-specific materials and disposal. The result is route profit after the costs included in Ch. Subtract additional route or annual overhead only if it was not already allocated to Ch.

Four pricing bases, compared

What the customer sees

Per visit, flat
One figure per visit
Per hour on site
A rate and a duration
Per property size band
A figure tied to a measured band
Season total
One figure for the year

Effect on crew behavior

Per visit, flat
Encourages speed, which can mean rushed work
Per hour on site
Removes the incentive to hurry
Per property size band
Simple and consistent, easy to quote
Season total
Predictable for both sides

Where it fails

Per visit, flat
Punishes you when the property gets harder
Per hour on site
Customers dislike open-ended totals, and slow crews cost customers
Per property size band
Bands must reflect measured time, not eyeballed area
Season total
Requires a visit count you have measured, so not a first-year option

Most route operations end up on size bands for recurring work and hourly for variable work, with a season total offered once the visit count is known.

Four pricing bases compared

Per visit, flat

Customer sees
One figure per visit
Crew behavior
Encourages speed
Where it fails
Punishes harder properties

Per hour on site

Customer sees
Rate and duration
Crew behavior
Removes hurry incentive
Where it fails
Open-ended totals disliked

Per property size band

Customer sees
Figure tied to band
Crew behavior
Simple and consistent
Where it fails
Bands must reflect time

Season total

Customer sees
One figure for year
Crew behavior
Predictable both sides
Where it fails
Needs measured visit count

Getting the bands right

Size bands only work if they are built from measurement. Time thirty properties, plot on-site time, and look for the natural breaks. Then check three things.

Getting the bands right

  • Time thirty properties and plot on-site time
  • Look for natural breaks in the data
  • Check if band hides two different jobs
  • List factors pushing property out of band
  • Find band boundary causing arguments
  • Do the properties inside each band actually take similar time, or is the band hiding two different jobs?
  • Which factors push a property out of its bandslope, gates, obstacles, tree density, debris load?
  • Is there a band boundary that keeps causing arguments, and would moving it remove them?

Bands built from area alone will be wrong, because area is a poor predictor of time on a property with obstacles.

Plotting illustration. Suppose thirty timed properties run from 20 to 90 minutes. Most sit between 25 and 40 minutes, a second group sits between 45 and 60, and a few run past 70. Sorted by time, the gaps fall near 42 minutes and near 65. Those gaps mark the boundaries, and each band then holds jobs of similar length.

Recovering drive time without listing it

Customers rarely accept a line item for travel. That does not mean the cost disappears.

Recovering drive time

  • Build a boundary and price inside it
  • Price outliers separately, reflecting the trip
  • Set a minimum charge for making a stop
  • Decline work that cannot carry its own drive

Fold drive time into the stop price. The formula already does this: Ch multiplied by T, D, and Su. A stop that carries 0.15 crew hours of drive is priced with that drive inside it. The customer sees one figure per visit and no travel line.

Set a minimum. Every stop carries setup and at least some drive, whatever the lawn size. A floor price below which you do not quote covers that cost. The floor is arithmetic: Su plus the least drive you will accept, multiplied by Ch, plus materials and margin.

Quote by density. A property inside an existing route day adds little drive, while one at the end of a spur adds a lot. Price the second at the top of its band or decline it. Density work protects margin before any price rise does.

What you say about price

Anything you publish about price, savings, or comparisons is an advertising claim, and the general standards are described in the FTC advertising FAQs for small business. Three habits keep this simple: state what is included, avoid comparative claims about competitors you have not measured, and do not present an introductory figure as the ongoing price without saying so.

Product applications can trigger separate licensing rules. For pesticide applications, check the state pesticide regulatory agency for the certification and license requirements that apply to the product and work. The Federal Insecticide, Fungicide, and Rodenticide Act (FIFRA) and U.S. Environmental Protection Agency (EPA) rules provide the federal framework, including certification requirements for restricted-use pesticides; state agencies administer applicable certification programs. Confirm the required credentials before pricing or promising the work; the licensing and compliance guide covers the broader setup.

Labor cost is an input, not a decision

The labor line in Ch is the largest one for most operations. Set it from what the local market for that work supports, not from what your intended price would allow. The BLS OEWS tables publish occupation, industry, state, and metropolitan employment and wage estimates, one honest input into that question.

A price that only works if you pay below what the local market supports is not a price, it is a staffing problem waiting to happen.

Reviewing prices without losing the route

Price changes on a standing route are an operational event, not a marketing one.

  1. Review at the season boundary, when customers expect a conversation.
  2. Change prices from evidencemeasured time, changed property conditions, or a documented cost change.
  3. Tell customers the reason in one sentence, without apology and without a lecture.
  4. Expect some attrition, and plan which route days can absorb it.

Where the numbers live

Pricing depends on records you have to keep anyway, described in the IRS guidance on business records. The general setup sequence that puts those systems in place is in the SBA Business Guide.

Where the equipment and menu decisions meet price

A machine that halves on-site time on a common property type changes every price in that band, and a new package changes the visit length. Neither shows in an accounting report until a season later.

Check price against the machine set described in the equipment and setup guide and the inclusion definitions in the service and package taxonomy whenever either changes. Recalculate the affected band prices after either change, and hold the margin you chose.

Common questions

Should I charge more than the operation down the road?

That is the wrong comparison. Charge what your measured cost plus your intended margin requires, then check whether the market inside your boundary supports it. If it does not, the answer is usually density or a different property mix, not a lower margin.

How do I handle a property that has become harder over the years?

Re-time it and show the customer what changed. Properties get harder as planting matures, and a price set five years ago is describing a property that no longer exists.

Is a minimum charge reasonable?

Yes, and it is honest. Making a stop has a cost that does not scale down with the size of the lawn, and a minimum is the plainest way to reflect it.

What margin should I target?

No general figure is meaningful, because the cost base differs so widely. Set a margin that covers reinvestment in machines, an off-season, and the risk of a bad year, then check whether your prices deliver it once a season.

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