Pool route profitability calculator

How to use this

This calculator models a single weekly route — useful for vetting whether a new territory is worth opening, or whether your current pricing is leaving margin on the table. For multi-route operations, run the calculator once per route configuration and sum the results.

What this calculator gets right

• Drive time matters more than people think. An extra 3 minutes per stop at 50 stops is 2.5 hours per week — $62 of labor at a $25/hr loaded rate. Worth re-optimizing for.
• Visit frequency drives recurring revenue stability. Weekly accounts at $45 generate ~$195/month per customer; bi-weekly at $55 generates ~$120. Weekly wins on revenue per customer.
• Effective hourly rate is the right metric. Pool service operators often think in price-per-visit. The right metric is revenue-per-hour: it accounts for drive time and reveals whether your pricing actually pays your labor cost.

What this calculator does NOT include

• Chemical cost per visit (typically $2–$6 residential, $8–$25 commercial)
• Fuel and vehicle wear (typically $0.50–$1.50 per stop)
• Office overhead, insurance, software subscriptions
• Customer acquisition cost amortized over customer lifetime

For a more complete picture, subtract 18–28% from the calculated gross profit margin. That's the operating-margin range most small-to-mid pool service operations report after all costs are accounted for.

Pricing benchmarks (industry reported)

• Residential weekly service: $40–$60 per visit, weekly. Mid-tier at $45–$50 is most common.
• Salt water / specialty: $55–$75 per visit, weekly. Higher chemistry complexity supports premium pricing.
• Commercial pools: $80–$180 per visit, often 2–3× weekly. Insurance and certification requirements support premium pricing.
• Bi-weekly residential: $50–$70 per visit, lower-frequency premium.

If your effective hourly rate is below $50, you're likely underpricing for your market or carrying inefficient routes. The two levers are: raise prices on stable customers (annual increases of 4–6% are accepted norms), or re-optimize routes to reduce drive time per stop.