The Number Nobody Tracks
You know exactly how long you spend at each pool. Skim, brush, vacuum if needed, check chemistry, dose, wipe the equipment pad, write the note. Fifteen to twenty minutes. You have done it ten thousand times.
What you probably do not know is your average drive time per stop. Not a guess. The actual number, averaged across every pool on your route, every day of the week.
That number is where routes live or die, and almost nobody measures it.
What the Math Looks Like on a Real Day
Take a straightforward example. You have 22 stops on a Tuesday route. On-site time averages 17 minutes. Drive time between stops averages 11 minutes. That is 28 minutes of total time per pool, or about 10 hours and 16 minutes of work before you account for your start drive and the drive home.
Now add 8 minutes of extra drive time per stop. Maybe the route grew organically over three years and nobody optimized it. Maybe you picked up a cluster of pools across town because the money was good. Whatever the reason, your average drive is now 19 minutes instead of 11.
Same 22 stops. Same 17 minutes on-site. Total time per pool is now 36 minutes. The day is 13 hours and 12 minutes long.
That is nearly three hours of additional driving on a single day. Three hours of fuel, wear on the truck, and your own time that you are not billing for, not recovering, not getting back.
Scale It to a Year
Say that Tuesday route runs 50 weeks a year. Three hours of extra drive time, 50 weeks. That is 150 hours a year on that one day of the week alone.
If you run five days a week with similar inefficiency across all routes, you are looking at something closer to 700 or 800 extra hours per year across the operation. That is not a rounding error. That is roughly 20 full work weeks.
Put a dollar value on it however you like. If your billable time is worth $60 an hour and you are burning 750 hours in the truck instead of at pools, that is $45,000 in lost capacity annually. You are not losing that money in a single line item you can see on an invoice. You are losing it one turn signal at a time.
This is the core of the pool route drive time cost problem. It is invisible because no invoice captures it. Your customer pays $110 a month whether you drove 4 minutes to their house or 22 minutes. The drive comes entirely out of your margin.
How Routes Get Inefficient Without Anyone Noticing
Most routes were not designed. They grew. You took a referral from a customer, then a referral from that customer, then answered a lead from across town, then picked up a builder account near a neighborhood you already serviced.
Over time, you end up with what looks like a normal route but drives like a connect-the-dots puzzle drawn by someone with their eyes closed. You cross the same intersection four times. You pass two of your own customers on the way to a third.
This is not a failure of effort. It is just what happens when you add pools one at a time without a map in front of you.
What Tightening a Route Is Actually Worth
You do not need to cut customers. You need to resequence them.
If you can pull average drive time from 19 minutes down to 12 minutes on a 22-stop day, you recover about two and a half hours. Do that across a five-day week and you have recovered half a workday every single week.
That recovered time can do one of three things. You can take on more pools without adding a truck. You can finish earlier and reduce overtime or simply get your life back. Or you can reduce the number of days a helper is needed, which cuts labor cost directly.
On a one-truck operation running 80 pools, shaving 7 minutes per stop across the whole route could realistically free up enough time to add 10 to 15 pools without changing anything else about how you operate. At $110 a pool per month, that is $1,100 to $1,650 in additional monthly revenue from the same truck, the same tech, the same hours.
How to Actually Find the Problem
Start with a map. Plot every pool you service. If you use paper, do it on a printed map. If you use software, use whatever routing view you have access to.
Look for the obvious problems first. Pools that are geographically close but serviced on different days. Long out-and-back drives to outlier customers. Any stop that requires you to double back through an area you already covered.
Then look at your day sequencing. Are Monday pools all in one corridor? Or are they spread because Monday used to be your lightest day and you just fit stragglers in wherever?
Resequencing is not complicated, but it takes a few hours of honest work with a map. Most operators who do it find at least a few obvious wins immediately.
This is one of the places where getLucci is actually useful. The route map view shows you where your stops sit geographically and lets you drag the sequence around until the day makes sense. It is not magic, but it saves the time of doing the same thing in your head or on paper. The software is free for your first 50 pools at getLucci. Worth trying before your route grows any further out of shape.
The Part No One Tells You
Fixing drive time has a downside worth naming. When you resequence a route, some customers move to a different day than they are used to. A few of them will not like it. You will have a short round of calls or texts explaining the change.
That is a real cost in goodwill and time, and it is worth accounting for. But it is a one-time cost. The inefficient route is a cost you pay every single week until you fix it.
Do the math on your own route. Estimate your average drive time per stop as honestly as you can. Then figure out what one minute of reduction, times your total annual stops, is actually worth. The number will probably surprise you.