You can run the truck every day and still not make money. Crew capacity is the
number that explains why: how many jobs a day your people can actually deliver,
against how many the business needs them to deliver. Four free calculators work
that out in order, from the floor (just covering costs) up to a real take-home
goal, and the rest of the hub covers the route, drive-time and pre-revenue math
around them. No signup, and every formula is shown so you can check it.
What this topic covers, so you don’t waste a click. These are capacity tools
for service businesses that send a crew to a customer’s address: lawn, pest,
pool, cleaning, handyman, and the route trades. They plan jobs, stops, techs, and
truck days. They are not factory or production-line capacity planning tools, and
they do not model machine throughput. If that’s what you came for, this is the
wrong page.
These are planning aids, not legal or tax advice. The outputs are estimates built
from the numbers you type in. Your figures stay in your browser.
Start with the floor: break-even jobs
Every service business has two kinds of cost. Fixed costs show up whether you
work or not: insurance, truck payment, software, phone, marketing. Variable
costs happen per job: fuel, materials, disposal, blade wear, a helper’s hours.
The SBA’s own startup-cost guidance splits business expenses the same way, into
one-time costs and the monthly ones that keep arriving.
The number that ties them together is contribution margin per job:
Contribution margin per job = average job price − variable cost per job
That’s the money each job leaves on the table to chip away at your fixed costs.
If you charge $65 for a mow and it costs you $20 in fuel, materials, and wear,
each job contributes $45. Once your jobs have contributed enough to cover all
your fixed costs, you’ve broken even, and every job after that is profit.
So the break-even job count is just:
Break-even jobs = fixed costs ÷ contribution margin per job
If your fixed costs are $4,000 a month and each job contributes $45, you need
about 89 jobs a month before you’ve made a dime of profit. That single number
is useful, but it’s hard to act on a monthly figure. The
break-even jobs calculator breaks it into
the units you actually schedule with, jobs per month, per week, and per day,
using the standard conventions of 4.33 weeks per month and 21.7 working days a
month (a 5-day week; it offers a 6-day toggle for trades that work Saturdays).
Eighty-nine jobs a month is about 21 a week, or roughly 4 a day, so now it’s
a target you can put on a schedule board.
The same tool adds a profit ladder (break-even, then +10%, +20%, and +50%
above it) labeled as a safety buffer, a comfortable cushion, and a growth pace,
so you can see what each one costs you in extra jobs. If you type in what one crew
can realistically handle, it also flags when your costs require more jobs than a
single crew can deliver: your cue to raise price, cut variable cost, or add
capacity, not to grind harder.
The lesson: lower your fixed costs or raise your contribution margin and the
break-even count drops fast. Charging $10 more per mow moves the floor further
than working an extra hour does. If your prices aren’t dialed in yet, the
job pricing calculators are the step before
this one.
The reality check: billable hours and technician utilization
Here’s the trap that catches new operators: you assume a 40-hour week is 40
billable hours. It never is. You drive between stops, you quote, you invoice, you
fix the mower, you take a day off. The hours a customer actually pays for are your
billable hours, and the share of paid time they represent is your
technician utilization:
Utilization = billable hours ÷ paid hours
Resource Guru gives the same arithmetic: divide billable hours by available hours
and multiply by 100. Its worked example is an organization-level rate rather than
one person’s: a five-employee agency billing 134 of 200 available hours, landing at
67%. The same division works per technician, which is the unit this page uses from
here on. So if a tech is paid
for 40 hours but only 26 of them are on a customer’s property billing, that’s
65% utilization, and 14 hours a week are going to driving, admin, and
downtime. That gap is normal. The point is to see it, because it’s usually the
biggest hidden leak in a route business, and windshield time is often the largest
single piece of it.
What counts as healthy? ServiceTitan’s field-service metrics guide describes
technician utilization between 60 and 80 percent as strong. Ranges quoted
elsewhere vary with what the business counts as paid time, and a solo operator who
carries their own quoting, invoicing, and drive time will normally sit lower than
a tech on a dispatched crew, so read any published band as a direction of travel,
not a grade.
The technician utilization calculator
takes your paid hours and your travel, admin, and PTO buckets and returns one
percentage with a plain-language band: under 50% underused, 50–65% fine, 65–80%
healthy, 80–90% overworked, above 90% unsustainable. Then it does the part the
KPI blog posts skip: it tells you how many more jobs a day your crew
could absorb before it’s full. That’s the honest answer to “do I need another
tech?” It is a number, not a gut feeling. It rolls up a multi-tech crew too, so
you can read the whole shop at once.
Housecall Pro frames the same hire question from the revenue side, multiplying
average jobs per day by average revenue per job across a month of working days to
get a crew’s monthly capacity. Either way round, the decision rests on a
jobs-per-day figure you can defend.
The seat itself is a separate sum, and the
hiring break-even calculator
runs it: one wage loaded with its burden, plus the truck and tools that come with
the person, converted into what that seat costs a month and how many billable
hours and jobs a week it has to sell before it pays for itself. Feed it the same
utilization figure you just measured, since an optimistic billable-hours
assumption makes a marginal hire look affordable when it is not.
Why this sits next to break-even: break-even tells you how many jobs you
need; utilization tells you whether your crew has the room to do them. If
break-even says 21 jobs a week and your utilization math says one crew tops out at
18, you’ve found your real bottleneck before it finds you. To attack that ceiling
from the drive-time side instead, the
route density / stops-per-day calculator
converts workday length, service time, and drive time per stop into a daily stop
count, and the
stops-per-day capacity estimator
does the same for a single tech with a drive-time guardrail. When the constraint
is the work itself rather than the driving, the
production rate job time estimator
builds crew man-hours up from measured quantities and a site-difficulty factor,
and on a mowing route the
mowing time estimator turns deck
width, ground speed, overlap, and a trim allowance into the on-site minutes one
property really takes.
From a job count to an actual route day
A weekly job target is still just a number until it’s laid out as a route. Stops
clustered in one neighborhood take far less drive time than the same count
scattered across town, and a day that looks fine on a spreadsheet falls apart when
the windshield time is real.
The route day planner turns your week
into a printable worksheet you can clip to a clipboard or stick on the dash. You
type your stops in once; they group by day, sort by zone and time window, and roll
up into per-day and per-crew totals. It deliberately does not call a map API
or auto-optimize your route (drive time is a field you fill in yourself), so
nothing about your customers leaves your device. It flags a day as overloaded when
the stop count runs past its trade presets: 14 stops a day for a solo mower, 22
for a two-person lawn crew, 12 for pest control, 6 for residential cleaning, and 8
for handyman work. Those are the tool’s soft defaults, not industry rules, and your
route, lot sizes, and service mix decide your real limit, so the warnings nudge,
they never block.
Why this comes third: once you know the jobs you need (A) and the room you
have (B), the planner is where the plan meets the calendar. It’s also the one
member that’s a worksheet rather than a calculator: it saves your week to this
device only, so you can come back to it next week and clear it in one click.
Aim higher: turn a take-home goal into a job count
Break-even answers “how many jobs to stop losing money.” The other side of the
coin is “how many jobs to hit the income I actually want.” It’s the same
algebra, run backward from a profit target:
Required jobs = (take-home goal + fixed costs) ÷ contribution margin per job
The lawn-care profit & revenue goal planner
back-solves that into jobs per month, jobs per week, and an hours-per-week load,
and shows a revenue ladder (what $50k, $100k, $150k, and $250k in take-home
each require) side by side with your own target dropped in next to them. Seeing
four goals at once turns a vague ambition into a concrete weekly pace.
Two honesty features keep the plan from becoming a fantasy. First,
seasonality: many lawn and outdoor trades only run part of the year, so the
planner divides the annual job count across your active months (it starts at
8) rather than assuming twelve. Which months those are depends on where you work:
a northern-hemisphere operator isn’t mowing in January, a southern-hemisphere one
isn’t mowing in July. Either way, spreading a year’s jobs over twelve months
you don’t actually work overstates your weekly capacity badly. Second, a
capacity sanity check: it warns when your goal pushes you past about 90%
utilization and flags it as impossible above 100%, because no crew bills every
hour it’s paid for. A sensitivity table then shows what a small price change (±$10)
or a variable-cost change (±$5) does to the job count, usually more than you’d
guess.
A note on defaults. The planner’s lawn-care preset starts at $65 average job
revenue and $20 variable cost per job. Those are illustrative starting numbers,
not a price recommendation: LawnStarter’s 2026 US mowing-cost roundup puts
most single-visit residential mows between US$43 and US$70, averaging US$56, and
your own market, lot sizes, and route density will move you inside or outside
that. Type in your figures and the math follows.
Jurisdiction: every dollar figure on this page is US, and the cited rate
bands and SBA cost guidance are US sources. The arithmetic itself is
currency- and country-agnostic, so if you operate outside the US, take the
formulas and substitute your own local rates rather than converting these.
How to use these calculators together
Run them in order; each one feeds the next.
- Set the floor. Start with the
break-even jobs calculator. Enter your
fixed costs, average job price, and variable cost per job. Write down the
jobs-per-week number, which is the minimum your week has to clear.
- Check the room. Open the
technician utilization calculator
and enter your paid hours and your travel, admin, and PTO. Compare the
jobs-per-day headroom it gives you against the weekly target from step 1. If
the headroom is smaller than the target, that’s your bottleneck, so fix it before
you chase more bookings.
- Lay out the week. Take the job count into the
route day planner, drop your stops
into days and zones, and print the sheet. The per-day warnings tell you fast
whether the plan is realistic or just optimistic.
- Aim past break-even. When the floor is covered, switch to the
lawn-care profit & revenue goal planner
and back-solve the jobs needed to hit a real take-home number, then sanity-check
it against the same capacity math from step 2.
Before there is a route to plan. The four steps above assume a business that
is already running. If you are still costing one out, the same capacity math runs
in reverse: what you have to spend before the first job decides the fixed-cost
figure step 1 needs. The
lawn care,
junk removal,
pressure washing,
pest control and
pool service
startup cost calculators build that total from your own line items (equipment,
vehicle, licensing, insurance, marketing, working capital), while the
hiring break-even calculator
prices the first employee the same way once one truck stops being enough, and the
license and insurance cost estimator
prices the compliance line inside it. Take the monthly fixed cost those produce
straight into the break-even calculator above.
One connection is worth making twice: every one of these tools gets easier the
moment your prices are right. Raising your average job price lifts your
contribution margin, which drops your break-even count and shrinks the jobs you
need to hit any goal. If your pricing isn’t settled yet, start one step earlier
with the job pricing tools, then come back
here to plan the volume.
A reminder on the numbers. These are planning estimates, not legal, tax, or
financial advice. They’re built entirely from the figures you enter and the plain
formulas shown above, using common service-business conventions (4.33 weeks a
month, 21.7 working days a month). Published benchmarks vary by trade, region, and
year, so treat any default as a starting point, not a promise. Nothing you type
leaves your browser.