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The Fennec Lab

Pest Control Route Profitability Calculator

Compute the true daily profitability of a pest control technician's route: revenue per stop, labor cost per stop (service + drive time), product cost, overhead, and vehicle cost combined into daily net profit, gross margin, revenue per hour, and breakeven stops per day. Benchmarks against the NPMA 8-12 stops/day target band. Tool, not advice — state pesticide applicator certification under EPA FIFRA 40 CFR Part 171 is required; FLSA overtime (29 U.S.C. § 207) applies to W-2 technicians above 40 hours/week.

Calculator

Adjust the inputs below; the result updates instantly.

Route

Cost

Daily net profit

$755.00
Net profit per stop
$37.75
Gross margin % (NPMA target 45-60%)
50.3%
Breakeven stops per day
4
Summary
At 20 stops/day at $75/stop: daily revenue $1,500, daily cost $745 (variable + overhead + vehicle), daily net profit $755 (50.3% gross margin). Revenue per hour: $161/hr. Breakeven: 4 stops/day. Route density exceeds the NPMA ceiling of 12 stops/day — service time per stop may be compressed below quality threshold. Monitor service quality and customer retention. Tool, not advice. State pesticide applicator certification under EPA FIFRA 40 CFR Part 171 is required. FLSA overtime (29 U.S.C. § 207) applies for W-2 technicians above 40 hours/week. Worker classification under 26 U.S.C. § 3121 requires CPA review.

How this calculator works

This calculator computes the true daily profitability of a pest control technician's route by building from per-stop economics (revenue, labor cost, product cost) up to daily totals, then subtracting daily fixed costs (overhead and vehicle). Outputs are daily net profit, revenue per hour, net profit per stop, gross margin, and the breakeven stop count — the minimum daily stops to cover fixed costs.

Route economics in pest control

Pest control route profitability is fundamentally a density and pricing game. Revenue is fixed per stop by the recurring service price; variable cost per stop is driven by labor (service + drive time) and product. Daily fixed costs (overhead and vehicle) are constant regardless of stop count. The breakeven stop count is where contribution margin (revenue minus variable cost per stop) accumulates enough to cover the fixed daily cost base.

Revenue per hour on route is the synthetic metric that captures both pricing and density. A route running at $85/hr is either well-priced, dense, or both. A route at $45/hr is under-priced, spread thin, or both. NPMA benchmarks $60-$100/hr as the healthy range for residential general pest routes.

NPMA route density target

NPMA targets 8-12 stops per technician per 8-hour day for residential general pest service. The lower bound (8 stops) is where daily route revenue typically covers daily fixed costs at standard residential pricing. The upper bound (12 stops) is where per-visit service time begins compressing below the quality threshold — at 12 stops with 8 minutes of drive between stops, the technician has used 240 minutes of drive time alone out of 480 available minutes, leaving only 240 minutes for service, which works out to 20 minutes per stop — acceptable for general pest maintenance but thin for any complex service situation.

Above 12 stops per day, the operator should monitor customer retention rates as a quality signal. If retention stays above 80%, the service quality is holding. If retention drops, reduce stops or add a technician.

Sources

  • NPMA — National Pest Management Association. PestWorld Operating Cost Study covering route profitability benchmarks, 8-12 stops/day density target, and $60-$100/hr revenue-per-hour benchmark for residential pest control routes. npmapestworld.org
  • EPA — FIFRA Applicator Certification (40 CFR Part 171). Pesticide applicator certification for commercial pest control. epa.gov/pesticide-worker-safety
  • 29 U.S.C. § 207 — FLSA Overtime. Overtime rules for W-2 pest control technicians working more than 40 hours per week.
  • 26 U.S.C. § 3121 — FICA definitions. Worker classification for pest control technicians.

Last reviewed: 2026-05-19 against NPMA route profitability benchmarks and FLSA overtime rules.

Breakeven stops per day is the minimum number of stops at which the route covers its daily fixed costs (overhead per day + vehicle cost per day). It is computed as: ceiling((overhead per day + vehicle cost per day) ÷ contribution margin per stop). Contribution margin per stop = average revenue per stop − labor cost per stop − product cost per stop. The formula finds the stop count at which variable profit (stops × contribution margin) equals fixed costs. Below this stop count the route generates a loss; above it the route generates a positive net profit.

Resources

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