Two operators in the same metro area run fifteen machines each. One is home by noon on his service day. The other leaves at seven in the morning, drives ninety miles, and gets back after six. Their machines are the same age, stocked from the same warehouse, and sitting in similar venues. Their gross revenue is within a few hundred dollars of each other. Their take home pay is not.
That gap is what vending machine route planning actually controls. It is not a calendar chore. It is the decision that fixes your cost per stop before a single bag of chips sells, and it explains why two businesses with near identical sales produce different incomes.
The short version
- Route density decides your cost structure. Machines per mile matters more than machines per fleet.
- A stop costs roughly 12 to 14 USD in labor, fuel and vehicle wear before any product is loaded.
- Service frequency should follow volume tiers, not habit and not a panicked phone call from a site manager.
- Accept new locations on a five mile test and a 400 USD monthly floor, and expect to turn most of them down.
- Pruning the bottom of the fleet raises net profit faster than buying another machine.
A stop has a price tag whether or not you count it
Every service visit contains the same five blocks of cost. Drive time to the site. Unloading and walking product in. Restocking, which runs 20 to 45 minutes on a full size machine and less on a compact unit. Reconciling cash or reading the card report. Drive time to the next stop.
Operators tend to track the third block and ignore the other four, which is why so many fleets look profitable on a spreadsheet and feel exhausting in the van.
A standard route model makes the arithmetic visible. Fifteen machines, five miles between stops, 25 minutes of service each, two visits per week, fuel at 3.50 USD a gallon, a van at 15 miles per gallon, labor at 18 USD an hour, and 0.15 USD a mile for wear.
| Line | Value |
|---|---|
| Monthly route cost | 1,739 USD |
| Cost per machine per month | 116 USD |
| Cost per stop | 13.39 USD |
| Route time for one run | 8.8 hours |
| Route miles for one run | 75 |
| Machines serviced per hour | 1.7 |
The last two lines are worth staring at. At 1.7 machines an hour, fifteen machines is close to a full working day, twice a week. That is not a side business. It is a job with a van payment.
Now change one input and watch what happens to the cost per machine per month. One visit a week gives 67 USD. Just under three visits a week gives 161 USD. Four and a half gives 274 USD. Frequency is a multiplier, not a setting.
Miles between stops is the other multiplier, and it is the one operators treat as fixed when it is actually the one thing they negotiate. That is the first thing good vending machine route planning changes, and it happens before a single machine is ordered.
Density beats machine count, and the gap is not subtle
Published benchmarks put loaded servicing cost per machine per visit under 12 USD, with a single route covering 12 to 18 machines per shift. The two numbers are connected. You cannot hit the first while your machines are spread across a county.
Here is the comparison that changes how people buy. A fifteen machine fleet where every unit clears thirty vends a day will outperform a twenty five machine fleet where eight units sit below breakeven. Same capital, less than half the driving, and the second fleet is not really a fleet. It is a collection of individual problems that happen to share an owner.
In vending machine route planning terms, the average distance between machines in a healthy route sits under three miles. Once you pass five, the route stops being a route and becomes a series of small road trips that you are paying for out of product margin.
Scattered machines also get serviced late, because the far one is the one you defer when the day runs long. Late service means empty coils, and empty coils make a site manager wonder whether the machine earns its floor space. Route sprawl does not just cost fuel. It costs renewals.
Frequency should follow volume, not the calendar you wrote in January
Most operators set a schedule once and defend it for years. A better pattern tiers the visit count to what the machine actually earns.
| Volume tier | Monthly revenue | Service frequency |
|---|---|---|
| 高 | 1,000 USD and up | Weekly |
| Medium | 400 to 1,000 USD | Every two weeks |
| Low | Under 400 USD | Monthly |
The tiers are a starting point for vending machine route planning, not a law. What matters is that frequency is a deliberate choice per machine rather than a uniform rule applied to a whole fleet. A hospital lobby and a small gym do not need the same attention, and pretending they do means you either over service the gym or under service the hospital.
There is a version of this that fails. An operator reacts to sell outs instead of scheduling around them, so the van goes where the phone rang. That produces a route shaped by complaints rather than by geography, and complaints always come from the sites furthest away, because those ran dry first.
Sequence the stops around the load and the clock
Three sequencing rules pay for themselves immediately.
Load the van in reverse visit order, so product for the first stop sits nearest the door. Sounds trivial until you have watched someone dig through a packed cargo area for the one case they need in ten minutes.
Start with the highest volume machine while the van is full, and finish with the low volume ones as the load empties. This matches carrying capacity to restocking need and removes the mid route reshuffle.
The third rule is about time of day. A route that works at six in the morning can be unusable at half past eight, when school traffic turns a five minute hop into twenty. Sequence by when a site is reachable, not only by how far apart the pins are.
And time a real visit with a stopwatch before you promise anything to anyone. Everyone estimates 20 minutes. The first honest measurement usually comes back between 30 and 40, and that difference, multiplied across a month, is the reason some routes never quite fit inside a working day.
The five mile test and the 400 dollar floor
New locations arrive as opportunities and leave as obligations. A short filter prevents most of the damage, and it is the cheapest part of vending machine route planning to apply.
- Distance from the nearest existing stop. Under 15 minutes of drive time, ideally under five miles.
- Distance from the center of an existing service zone. Five miles maximum.
- Projected monthly revenue. 400 USD as a floor, with exceptions only for sites that fill a gap inside a cluster.
- Annual drive cost. Round trip mileage multiplied by expected visits per year, priced at fuel and wear. If that figure alone runs past 500 to 800 USD, the site has to earn unusually well to justify itself.
- Can it be batched. If servicing it always requires its own trip, it is not a route stop. It is a separate route with one machine on it.
A disciplined operator rejects somewhere between 60 and 70 percent of the locations offered, including some that look attractive on a walk through. That rate feels wrong for the first year and obvious by the third.
A detour that costs more than the stop earns
Consider a machine twenty miles off the existing route. It earns 200 USD a month, which sounds like free money next to one that earns nothing.
The real numbers are less friendly. A forty mile round trip, twice a month, is 960 miles a year. At 0.67 USD a mile for fuel and wear, that is about 643 USD. Add roughly two hours of driving per visit across 24 visits, priced at 18 USD an hour, and you have another 864 USD. The stop consumes around 1,500 USD a year to earn 2,400 USD, and product cost eats roughly half of the revenue before the drive is counted.
That is not a marginal location. It is a subsidy you are paying to feel bigger.
Cheryl cut seven machines and made more money
Cheryl ran 22 machines across three counties outside Toledo. She was working 34 hours a week on service and still fielding complaints, because the far machines were always a day late.
She removed seven units over one winter, four of them the lowest revenue sites and three that were fine on paper but sat alone in a corner of the map. Revenue fell about 8 percent. Net rose close to 30 percent, and her service week dropped to 19 hours. The machines she kept got better attention, which showed up in fewer empty coils and fewer awkward conversations with site managers.
She used the freed hours to open two new locations inside her densest cluster, which is the part of the story people skip. Pruning is not retreat. It is reallocating the same hours to a map that costs less to serve.
Dennis paid twice for one good location
Dennis picked up a car dealership in Fresno that deserved the placement. Service waiting room, thirty employees, strong traffic. It also sat 35 miles from his nearest machine, and the weekly visit consumed three and a half hours including the drive. Rather than drop the site, he replaced the cabinet with a larger capacity machine and moved to every other week. Same revenue, half the visits, and the stop turned from a loss leader into a solid performer.
The machine you buy is a route decision
This is where compact machines earn their place and where they get misused. A compact unit with fewer selections and shorter restock time is the right choice inside a tight cluster where the van is never more than ten minutes from the next stop. Put the same unit on a site forty minutes out and you have created a weekly obligation for a machine that could have been serviced twice a month at double the capacity.
The reverse mistake is just as common. A large cabinet in a small office with modest volume ties up capital, takes longer to restock, and delivers nothing the site needed. Match capacity to the distance, not to the prestige of the site. If you are weighing a compact unit against a full cabinet for one specific stop, send us the drive time and the volume and we will tell you which one the route can carry.
Telemetry changes the calendar, not the map
Remote monitoring has made one part of this easier and left the rest untouched. Restocking by actual inventory level rather than a fixed schedule removes trips to machines that are still two thirds full, and that is real money across a fleet of fifteen.
Vending machine route planning is a geographic problem first and a scheduling problem second, and telemetry only touches the second one. It will happily tell you that a site is down 40 percent this month, and it will not tell you that the reason is a forty minute drive you keep deferring. Data improves a good route. It does not rescue a bad map, and buying it in the hope that it will is how operators end up with a dashboard and the same fuel bill.
Pruning is the part nobody does
Review the fleet every six months and look at the bottom 15 percent. Those machines consume disproportionate hours relative to what they return, and they are rarely the ones the owner suspects, because owners remember the sites that complain rather than the ones that quietly earn nothing.
Remove, relocate, or renegotiate, in that order. A weak machine inside a strong cluster is worth keeping if the venue will take a lower commission. A weak machine that sits alone is a candidate for relocation, which usually beats buying a new unit.
When a second route makes sense
The trigger is capacity, not ambition. A route typically saturates somewhere between 15 and 20 machines, at which point the working day is full and the marginal machine starts pushing service into a second day.
Add territory only when the first route is full and the new area has enough density to justify its own van day. A second route with four machines pays a full day of driving for four stops, which is the twenty mile detour mistake again, just larger.
If the numbers for a specific site or a specific machine are unclear, send us the layout and we will tell you what the route math looks like rather than what the brochure says.
常见问题
How many machines can one person service on a single route?
Between 12 and 18 machines per shift is realistic for a dense route with 20 to 30 minutes of service each. The number falls quickly as distance grows. Fifteen machines spread across a metro can take as long as twenty five in three adjacent suburbs.
What is a reasonable cost per stop in vending?
Around 12 to 14 USD in labor, fuel and vehicle wear for a compact route with short hops. Above 25 USD per stop usually means the route is too spread out or the visits are too frequent for the volume.
Should I service every machine on the same schedule?
No. Tier frequency by revenue. Weekly for machines above roughly 1,000 USD a month, every two weeks for the 400 to 1,000 USD band, and monthly below that. Uniform schedules over service weak sites and under service strong ones.
Is route planning software worth it for a small fleet?
Below about ten stops, a map and a fixed zone day works fine. Past fifteen stops, routing software earns its subscription by handling time windows and load limits that a human stops tracking reliably. Software sequences a route. Vending machine route planning decides which stops exist at all.
Does adding a machine always increase profit?
Only when it lands inside an existing service zone or fills a gap between clusters. A machine that needs its own trip can reduce net profit even when it sells well, because the drive is charged to the whole route.
How often should I review the fleet?
Every six months, with the bottom 15 percent reviewed for removal, relocation or renegotiation. Annual reviews are too slow, because a weak site can consume a year of driving before anyone adds up the hours.
