What It Really Costs to Hire a Pool Tech (And the Wage a Route Supports)

The wage is 70 percent of the bill

Most operators quote themselves the wrong number. You see $19.27 an hour, or maybe $22 for someone who knows equipment, and that is the figure that lives in your head when you price a route. It is wrong by roughly a third.

BLS Employer Costs for Employee Compensation puts wages and salaries at 70.5 percent of total compensation for private-industry workers, with benefits and payroll load making up the other 29.5 percent. That is not a soft cost or an accounting abstraction. It is your share of Social Security and Medicare, unemployment insurance, workers comp, and whatever benefits you carry. Apply the multiplier and a $19.27 tech costs you roughly $25 to $27 an hour loaded. That is before the truck, the fuel, the chemicals, the phone, and the software.

The wage band, and what sits at each end

There is real range in what a pool tech earns, and the range is a tell. Grounds-maintenance pay runs from a 10th percentile under $15.01 to a 90th percentile above $28.10 an hour as of May 2025. A more skilled hand who repairs pumps and heaters rather than just skimming and dosing tracks closer to a general maintenance and repair worker, whose median sits near $49,590 a year, or $23.84 an hour.

The mistake is treating that band as a tenure ladder, where the raise is a reward for sticking around. It is not. The top of the band belongs to the tech whose route generates more revenue, through denser stops or higher-value repair work. Pay to the route, not to the calendar.

Work the route revenue backward

Once you accept the loaded number, the pricing question inverts. The question is not what can I pay a tech. It is what does a route have to clear to carry one.

Build the model in the open, because no clean primary source exists for route economics and you should distrust anyone who hands you one. Take your loaded cost, roughly $27 an hour. A tech works, say, eight route hours a day. That seat costs you north of $200 a day before truck and chemicals, which realistically push the fully-burdened figure higher. Now lay revenue against it: stops per day times price per stop times route days per week. If that product does not clear the seat several times over, the route does not support the tech, and the fix is density or price, not a cheaper hire.

Demand is not your ceiling. Tech capacity is. The operator who schedules tightest and keeps techs longest wins the route, not the one who bids lowest.

Labor is the growth constraint, and everyone shares it

This is the part that reframes the whole exercise. The pool-cleaning market is $8.6 billion and growing around 4 percent a year. The work is there. What is not there is people to do it. BLS projects grounds-maintenance employment up about 5 percent over the whole decade from 2025 to 2035, with roughly 162,500 openings a year mostly backfilling exits.

A market growing 4 percent a year against labor supply growing 5 percent a decade is a structural squeeze. And you are not squeezed alone. There are more than 75,480 pool-cleaning businesses in the country, none holding even 5 percent share, all fishing the same shallow labor pool. Your competitor is not underbidding you. They are trying to hire the same tech.

Turnover is the cost nobody books

There is one more line most operators leave off the sheet. Losing a tech is expensive in ways that never hit a wage cell. Economy-wide quits ran about 2.1 percent monthly in 2024, but seasonal field-service labor turns far hotter than the average, commonly 30 to 50 percent or more a year in operator experience. That is a range from the field, not a sourced figure, and you should treat it as one.

Every departure buys you recruiting hours, ramp weeks where the new hand runs slower and skips things, and the cancellations that follow a missed or rushed stop. A churned tech is not a neutral swap. It is a route that stops earning while you rebuild it. Retention is not a soft virtue here. It is margin.

Where the lever actually is

You cannot lower the wage. The labor market sets that, and trying to underpay in a scarcity market just accelerates the churn you are trying to avoid. The lever you control is revenue per loaded hour: how many good stops the same $27 tech clears in a day.

That is a scheduling and routing problem before it is a hiring problem. Tighter route assignment cuts windshield time. Automated follow-up keeps the schedule full so a tech is never idling between stops. A clean quote-to-CRM flow means the sale you win becomes a scheduled, assigned stop without a dropped ball. OptimizeIt runs that operational layer, and on the Plus tier at $159 a month you get a real phone line, while Pro at $239 adds the AI Voice Agent to catch the calls you miss. Compare the tiers on pricing, and see how route assignment works on the pool-service page.

The Honest Take

This is not for the operator running two trucks who already knows every stop and every margin by heart. If you can recite your route density and your loaded labor cost from memory, you do not need the model spelled out. It is for the growing operator, three trucks and climbing, who is still anchoring on the wage and quietly wondering why a busy schedule is not throwing off cash. The answer is almost never the tech being too expensive. It is the route being too loose. Fix the density and the retention before you touch the pay. Then read The Pay Structure That Retains Techs, run When to Add Truck #2, and pressure-test the numbers with Per-Stop Margin and Route Density.