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Reviewed against PLANET (now NALP) lawn care industry benchmarks for per-job direct cost structure

Lawn-Care Job Costing Calculator

Compute the true per-job net profit for a lawn care job including drive time, fuel, equipment depreciation, product cost, and overhead. Most operators know gross revenue but not actual net profit once drive time and full cost stack are accounted for. Builds from loaded labor cost (service + drive time), fuel, equipment depreciation, product, and overhead to derive net profit, gross margin, and breakeven revenue. Tool, not advice — worker classification under 26 U.S.C. § 3121 and IRS mileage rules affect how drive-time cost is reported; consult a CPA before setting season-long contract prices.

Calculator

Adjust the inputs below; the result updates instantly.

Revenue

Labor

Variable costs

Net profit per job

$5.00
Gross margin % (NALP healthy band: 30-50%)
6.7%
Labor cost (service + drive time)
$45.00
Total all-in job cost
$70.00
Breakeven revenue (minimum price to cover all costs)
$70.00
Summary
At $75 revenue, total job cost is $70 ($45 labor across 60 min service+drive + $5 fuel + $8 equipment depreciation + $0 product + $12 overhead). Net profit: $5 (6.7% gross margin). Breakeven revenue: $70. Gross margin is below the NALP healthy floor of 30.0%. Raise the job price or reduce cost to improve margin. Tool, not advice. Worker classification under 26 U.S.C. § 3121 (W-2 vs 1099) and IRS mileage reimbursement rules affect how drive-time cost is reported. Consult a CPA before setting season-long contract prices.

How this calculator works

This calculator computes the true per-job net profit for a lawn care job by building the complete cost picture: loaded labor cost across both service time and drive time, truck fuel, equipment depreciation, product/material cost, and overhead allocation. The output is net profit per job, gross margin percentage benchmarked against the NALP healthy range, total all-in job cost, and the breakeven revenue floor — the minimum price at which the job covers all its costs.

Most lawn care operators know their gross revenue per job but do not account for the full cost stack, particularly drive time and equipment depreciation. These omissions produce systematic over-estimates of per-job profitability that compound across a season's worth of under-priced work.

Why drive time must be included

Drive time between job sites is a real labor cost regardless of how the business is structured. For a W-2 employee, the Portal-to-Portal Act (29 U.S.C. § 254) generally requires compensation for travel between work sites during the workday — driving from the first job to the second job is compensable work-directed travel, not commuting. For a solo owner-operator, drive time represents the operator's own time that cannot be simultaneously deployed on revenue-producing service work.

The practical impact is significant. A 45-minute mowing job with 5 minutes of drive time produces an effective labor efficiency of 45/50 = 90% — only 10% of total labor time is non-productive. The same job with 30 minutes of drive time produces an effective labor efficiency of 45/75 = 60% — 40% of total labor time is non-productive driving. At a $45/hr loaded labor rate, that 25 additional minutes of drive time costs $18.75 and reduces per-job gross margin by roughly 25 percentage points on a $75 job.

Route density — clustering jobs geographically so that drive time between stops is minimized — is the single highest-leverage profitability improvement available to a solo lawn care operator. The crew-capacity calculator in this cluster models the capacity and revenue impact of route density choices.

Equipment depreciation allocation

Equipment depreciation is frequently omitted from per-job cost estimates because it does not appear as a cash outflow in the current period. The cash was spent at purchase; the depreciation represents the amortized cost of replacing the asset when it wears out. Operators who track zero equipment depreciation are effectively spending future replacement capital without accounting for it — the new mower purchase, when it comes, appears as an unplanned large expense.

The correct per-job depreciation allocation is: equipment purchase price divided by total expected productive hours, multiplied by the hours of use per job. A commercial zero-turn priced at $10,000 with an expected 1,500-hour productive life depreciates at $6.67 per productive hour. Add string trimmer ($1,000 new, 500 hours), backpack blower ($600 new, 800 hours), and trailer ($4,000 new, 2,000 hours) and a solo residential crew running a 45-minute mowing job carries approximately $6-$10 of equipment depreciation per job. The calculator defaults to $8 per job as a representative figure.

Sources

  • NALP — National Association of Landscape Professionals. Operating Cost Study with per-job direct cost structure benchmarks and gross margin healthy range (30-50%) for direct lawn care service. landscapeprofessionals.org
  • 29 U.S.C. § 254 — Portal-to-Portal Act. Governs compensability of travel between work sites for W-2 employees. Travel between job sites during the workday is generally compensable; commuting from home to the first site is generally not.
  • 26 U.S.C. § 3121 — FICA definitions. Worker classification analysis for lawn care helpers and technicians. Most helpers fail the common-law contractor test and must be treated as W-2 employees.
  • IRS Publication 463 — Travel, Gift, and Car Expenses. Standard mileage rate for business vehicle operating cost. Refreshed annually via Revenue Procedure. irs.gov/publications/p463

Last reviewed: 2026-05-19 against NALP job cost benchmarks, Portal-to-Portal Act travel compensation rules, and IRS vehicle expense guidance.

Drive time is a real labor cost whether or not it is billed to the customer. A W-2 employee must be compensated for drive time between job sites under the FLSA Portal-to-Portal Act — the employee is performing work-directed travel, not commuting from home to the first stop. An owner-operator who does not value their drive time is effectively subsidizing distant customers. The practical impact is significant: a 15-minute drive on a 45-minute mow job increases total labor time by 33% and drops the effective hourly revenue from $60 to $45. Route density — clustering jobs geographically — is the highest-leverage profitability improvement available to a solo lawn care operator.

Resources

Links marked sponsoredmay earn The Fennec Lab a commission. They do not affect the calculator's output. See disclosures.

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