Everyday Life & Household Everyday Money & Services Fully loaded labour rate (2,080-hour year)

Meeting Cost Calculator

This calculator converts a room full of salaries into the dollar cost of the hour they are spending together. It works from fully loaded hourly rates — salary divided by a 2,080-hour work year, then marked up for benefits and overhead — across two salary bands, adds preparation time, and multiplies the result by how often the meeting recurs. It then reprices the same meeting with fewer people and fewer minutes, so you can see what a shorter invite list is worth over a year rather than over one occurrence.

Calculator

This calculator runs in your browser. Enable JavaScript for live results — the inputs, formula and worked example below remain fully readable without it.

Inputs this calculator takes, with typical values
InputWhat to enterExample
Scheduled durationThe length on the calendar invite, in minutes.60 min
Preparation per attendeeMinutes each attendee spends reading the pre-read, writing an update or context-switching around the meeting.10 min
Occurrences per yearWeekly is about 48 after holidays and leave; fortnightly is about 24; set it to 1 for a one-off.48 per yr
Attendees in the main bandHow many people in the room sit around the first salary figure.6 people
Main band annual salaryBase salary before benefits and overhead — the markup is applied separately below.95000 $
Attendees in the senior bandManagers, directors or specialists whose salary is well above the main band; set to zero if the room is uniform.2 people
Senior band annual salaryBase salary for the senior band, again before benefits and overhead.175000 $
Benefits and overhead markupEmployer cost above salary: payroll taxes, insurance, retirement, equipment and space. Finance teams commonly plan on 25-45%.35 %
Working hours per year2,080 is 40 hours times 52 weeks, the standard full-time convention; use about 1,880 if you want to exclude paid leave.2080 hr
Attendees you could removePeople who could read the notes instead of attending; the saving is priced at the average loaded rate in the room.2 people
Minutes you could cutTime removed from the scheduled length; preparation time is assumed to stay the same.15 min

It returns

  • Cost of one meeting — Time in the room plus preparation, priced at fully loaded hourly rates.
  • Cost per year if it recurs
  • Annual saving from your trim — Difference between the full meeting and the same meeting with your cuts applied, over a year.
  • Cost per minute in the room — The burn rate while everyone is present; preparation is not included in this figure.
  • Cost per attendee
  • Average loaded hourly rate

The formula

C=d+p60iniSiH(1+k)
Cyr=Cf
L=SH(1+k)

In plain text: Cost = (duration + prep) / 60 × Σ (salaryᵢ / hours × (1 + overhead))

  • CCost of one occurrence of the meeting ($)
  • dScheduled duration (minutes)
  • pPreparation time per attendee (minutes)
  • nᵢNumber of attendees in salary band i (people)
  • SᵢAnnual base salary for band i ($/yr)
  • HWorking hours per year (hours)
  • kBenefits and overhead markup as a decimal (decimal)

Because preparation applies to every attendee, the per-attendee hours term multiplies the whole room's burn rate rather than a single person's.

Updated Category Everyday Money & Services Verified against published test cases Reading time 13 min

What a meeting costs, and why nobody sees the number

A meeting has a price, and the reason it feels free is that no invoice is ever raised. The labour is already paid for, so the hour disappears into salary expense and never surfaces as a line anybody reviews. Putting a dollar figure on it does not make the meeting bad — plenty of meetings are worth several times what they cost — but it moves the conversation from taste to arithmetic. A standing meeting that costs $33,000 a year is a budget item, and budget items get justified.

The quantity you want is the fully loaded cost of the hour: what the employer actually spends to have those people at work for that hour. That is more than salary. It includes payroll taxes, health insurance, retirement contributions, paid leave, equipment, software licences and the space they sit in. Costing a meeting at bare salary understates it by a third or more, which is exactly the direction that makes a wasteful meeting look tolerable.

The second quantity is frequency. A one-hour meeting is a rounding error; the same meeting held every week for a year is a headcount decision. Recurring meetings are also the ones with the weakest justification, because they were approved once, for a reason that may have expired, and are now renewed by default every time the calendar rolls over.

The third is the marginal attendee. Adding one person to a recurring meeting is the easiest decision in an organisation and one of the more expensive. This calculator prices that decision explicitly, both for one occurrence and across the year.

Building a loaded hourly rate, term by term

Start with S / H: annual salary divided by working hours per year. The conventional full-time denominator is 2,080 hours — 40 hours times 52 weeks — and it is the figure payroll, contract pricing and government cost models all default to. A $104,000 salary divides into exactly $50 an hour, which is why that pair appears in the test cases and in every textbook example of this calculation.

Note what 2,080 includes: it counts paid holidays and paid leave as working hours. If you want the cost per hour of productive time, use a smaller denominator — around 1,880 hours after subtracting a typical allowance of holidays and vacation — which raises the hourly rate by roughly 11%. Either convention is defensible as long as you say which one you used. This calculator exposes the denominator so you can choose.

Then multiply by (1 + k), the benefits and overhead markup. The Bureau of Labor Statistics publishes the split directly in its Employer Costs for Employee Compensation series, where benefits have run near 30% of total compensation for civilian workers in recent years. Convert that to a markup on wages rather than a share of the total: if benefits are 30 of every 100 dollars of compensation, wages are the other 70, and the markup is 30 ÷ 70 ≈ 43%. That covers benefits alone. Firms that also load facilities, equipment and support functions into the rate run higher, which is why consulting cost models sometimes exceed 100%. A default of 35% is a middle position for a knowledge-work employer; replace it with your own finance team's figure if you have one.

Multiply the loaded rate by headcount in each band and you have the burn rate of the room in dollars per hour. Divide by 60 for the cost of a minute, which is the number worth quoting when a meeting starts eight minutes late.

Preparation time enters as extra minutes charged to every attendee, so it multiplies the whole room's burn rate exactly as scheduled time does. That is deliberate. A one-hour meeting with a 30-minute pre-read is a 90-minute meeting; pretending otherwise is how organisations convince themselves they have cut meeting load when they have only moved it. The same discipline is what makes a billable utilisation rate honest in a professional services firm.

Worked example: a weekly team meeting of eight

A weekly one-hour team meeting has six people on $95,000 and two on $175,000. Everyone spends 10 minutes on the pre-read. The company loads salaries by 35% and uses a 2,080-hour year. The meeting runs 48 times a year after holidays and leave.

  1. Main band loaded rate. $95,000 ÷ 2,080 = $45.67/hr. × 1.35 = $61.66/hr.
  2. Senior band loaded rate. $175,000 ÷ 2,080 = $84.13/hr. × 1.35 = $113.58/hr.
  3. Room burn rate. (6 × $61.66) + (2 × $113.58) = $369.95 + $227.16 = $597.12 per hour, or $9.95 a minute.
  4. Hours charged per attendee. (60 min + 10 min prep) ÷ 60 = 1.1667 hours.
  5. Cost of one meeting. 1.1667 × $597.12 = $696.63, which is $87.08 per attendee.
  6. Cost per year. $696.63 × 48 = $33,438.
  7. Trim it. Drop two attendees and 15 minutes. The remaining six people carry 6/8 of the burn rate: $597.12 × 0.75 = $447.84/hr. Hours become (45 + 10) ÷ 60 = 0.9167. Cost per occurrence = 0.9167 × $447.84 = $410.52.
  8. Annual difference. ($696.63 − $410.52) × 48 = $286.12 × 48 = $13,734 a year.

That $13,734 is 41% of the meeting's $33,438 annual cost, recovered by cutting fifteen minutes and two seats. In hours it is 184 a year: the full meeting consumes 8 × 70 = 560 person-minutes each time, the trimmed one 6 × 55 = 330, and the 230-minute difference across 48 occurrences is 11,040 minutes, or 184 hours. That is the case for auditing standing meetings, and it is why the annual figure matters more than the per-meeting one: at $697 nobody acts, at $33,438 somebody does.

How to read the number without misusing it

Treat the cost as an opportunity cost, not a cash saving. Cancelling the $33,438 meeting worked through above does not put $33,438 back in the budget — the salaries are paid either way. What it produces is 448 person-hours redirected to something else: 8 people × 70 minutes × 48 occurrences ÷ 60. The number is a comparison device: is this meeting worth more to the organisation than the best alternative use of those hours? Often it plainly is. Sometimes it plainly is not, and that is what the figure is for.

Read the cost per minute when you want a behavioural lever. A room burning $9.95 a minute turns an eight-minute late start into $79.60 and the twelve minutes spent waiting for someone to find the right document into $119.40. Read the cost per attendee when you are deciding who needs to be there: at $87 a head, an attendee who contributes nothing and reads the notes afterwards is a clean saving with no downside.

Read the annual figure when you are deciding whether the meeting should exist. There is no benchmark for what a meeting should cost, because the value side is not measurable in the same units. The usable test is comparative: line up your recurring meetings by annual cost and look at the top of the list. The most expensive standing meeting in a team is very often the one nobody has re-examined since it was created.

Two cautions. First, this arithmetic is a planning tool, not a performance metric — using it to shame individuals will get you meetings that are shorter and worse. Second, the cost of not meeting is real and does not appear here: rework, duplicated effort, decisions made without the right people, and the coordination that email handles far more slowly. A meeting that prevents one bad week of misdirected work has paid for a year of itself.

Fully loaded hourly rate by salary and markup

Loaded rate = salary ÷ 2,080 hours × (1 + markup). Multiply by headcount for the room's burn rate per hour, then by hours for the meeting.
Annual salarySalary only+25%+35%+45%
$60,000$28.85$36.06$38.94$41.83
$80,000$38.46$48.08$51.92$55.77
$100,000$48.08$60.10$64.90$69.71
$125,000$60.10$75.12$81.13$87.14
$150,000$72.12$90.14$97.36$104.57
$200,000$96.15$120.19$129.81$139.42

For a check without the table, anchor on $104,000 ÷ 2,080 = exactly $50 an hour, then move $1 an hour for every $2,080 of salary either side of it. A $95,000 salary is $9,000 below the anchor, which is $4.33 an hour, giving $45.67 before markup.

Assumptions and limits you should know about

  • Salary is not cost. The markup is the whole point, and using bare salary understates the figure by whatever your true overhead rate is.
  • Attendees removed are priced at the room average. Removing the two most senior people saves more than the calculator shows; removing the two most junior saves less. Rerun with adjusted band counts if the distinction matters.
  • Preparation is assumed equal for everyone. In practice the person who writes the deck spends far more than the person who skims it.
  • Context-switching cost is not modelled. A meeting in the middle of a focused afternoon costs more than its duration, and no simple multiplier captures that honestly.
  • No value is estimated. This is one side of a ledger. A meeting that produces a decision worth six figures is cheap at any of these numbers.
  • Contractors and hourly staff are different. For anyone billed by the hour, use the billing rate directly and set the markup to zero.
  • The annual figure assumes constant attendance. Real recurring meetings have absences, which lowers actual cost and usually raises the cost of the follow-up conversations.

Which hours denominator should you use?

Use 2,080 when you want a cost that reconciles to payroll: it is 40 hours × 52 weeks and it treats paid leave as paid working time, which is how the money actually behaves. Use something nearer 1,880 when you want the cost of an hour of available work, having subtracted a typical allowance of public holidays and vacation. The second convention produces a rate about 11% higher, because the same salary is spread over fewer hours. Neither is wrong. What is wrong is switching between them inside one comparison, or quoting a figure without saying which you used. Independent workers pricing their own time hit the same fork, which is why the freelance hourly rate calculator makes the denominator an explicit input too.

The most productive use is an inventory rather than a single calculation. Export a month of a team's calendar, price each recurring meeting here, and sort by annual cost. The distribution is almost always lopsided: a handful of standing meetings carry most of the load, and they are the only ones worth arguing about. The rest are noise, and cutting them costs more in goodwill than it returns in hours. This is the same logic that makes a subscription cost audit useful — the total is made of a few large items and a long tail that does not repay attention.

For each expensive meeting, the choices are ordered by how much they save and how little they cost you politically. Shrink the invite list first: it is the cheapest change and it is reversible. Shorten the default block second — most organisations schedule in hours out of habit, and the same agenda usually fits in 45 minutes. Reduce frequency third. Cancel last, and only after you know what the meeting was actually preventing.

Where a meeting exists to distribute information rather than to make a decision, the alternative is a written update, and its cost is the author's hours rather than everyone's. That trade is usually large: one person spending 45 minutes writing against eight people spending 70 minutes each. For equipment and licences that sit behind the same team, the cost per use calculator applies the same divide-by-usage logic to things rather than time.

Terms used here

Fully loaded rate
An employee's hourly cost to the employer including benefits, payroll taxes and allocated overhead — not just salary divided by hours.
Burn rate
In this context, the combined loaded hourly cost of everyone in the room: dollars per hour while the meeting is running.
2,080-hour year
The standard full-time convention of 40 hours × 52 weeks, used as the denominator when converting an annual salary to an hourly rate.
Overhead markup
The percentage added to salary to reach total employer cost. Benefits-only markups sit near 40%; fully absorbed rates including facilities and support run higher.
Opportunity cost
The value of the next best use of the hours consumed. It is what a meeting really costs, and it is not a cash saving when you cancel one.

Frequently asked questions

Should I use salary or fully loaded cost?

Fully loaded cost, every time. Salary is only part of what an employer spends to have someone at work: payroll taxes, insurance, retirement contributions, paid leave, equipment, software and space all sit on top. Bureau of Labor Statistics data has put benefits alone near 30% of total compensation for civilian workers in recent years, which is a markup of roughly 43% on wages. Costing meetings at bare salary understates them by at least that much, and it understates them in the direction that makes an expensive meeting look acceptable.

What overhead percentage should I enter?

Ask your finance team first — most companies have an internal loaded-rate multiplier for exactly this. Failing that, 25% to 45% covers most knowledge-work employers, and the 35% default sits in the middle. Go higher if the rate is meant to absorb facilities, IT, recruiting and management as well as benefits; consulting and government cost models routinely exceed 100% for that reason. Go lower, or to zero, for contractors you already pay an all-in hourly rate.

Why does the calculator charge preparation time to everybody?

Because everybody spends it. A pre-read that takes each attendee ten minutes is ten minutes multiplied by the headcount, at the same loaded rates as the meeting itself. Excluding it is how a team convinces itself it has cut its meeting load when it has only relocated the work. If preparation genuinely falls on one person, set the field to zero and add that person's time separately, or model it as a shorter meeting with a higher-paid band.

Does cancelling a meeting actually save money?

Not in cash. Salaries are paid whether or not the meeting happens, so the saving is hours rather than dollars — 384 person-hours a year for a weekly one-hour meeting of eight, before any preparation time is counted. The dollar figure is the price tag on those hours, and it exists to let you compare the meeting against what else those hours could do. Treat it as an opportunity cost and the number is useful; treat it as a budget line you can reclaim and it is misleading.

What is a normal cost for a recurring team meeting?

There is no benchmark, and anyone who quotes one is guessing. The cost is entirely determined by headcount, seniority and frequency, all of which vary enormously. What is useful is the comparison within your own organisation: price every recurring meeting on a team's calendar and rank them. A weekly hour with eight mid-level people lands in the low tens of thousands a year; a monthly hour with three people is a few thousand. The ranking tells you where to look, and the absolute number tells you whether to bother.

How many occurrences a year is a weekly meeting?

Use about 48 rather than 52. Public holidays, vacations and the weeks where the meeting is quietly skipped take out four or so occurrences in a typical year. Fortnightly is about 24, monthly is 12, and twice a week is around 96. If you want the theoretical maximum rather than the realistic count, use 52 — but be consistent about it when you compare two meetings, because the choice moves every annual figure by 8%.

Can I model people with very different salaries?

Yes, with two bands: one for the bulk of the room and one for the senior attendees who would otherwise distort a simple average. If your meeting has three genuinely distinct pay levels, run it twice — once with the two lower bands and once with the highest — and add the meeting costs. The per-attendee and average-rate outputs will apply to each run separately, but the total is exact because the burn rate is a plain sum across attendees.

Why is the saving from removing attendees priced at the average rate?

Because the calculator has no way to know which specific people leave the room. It removes headcount at the average loaded rate across both bands, which is the neutral assumption. If the people you would cut are all in the junior band, the real saving is smaller than shown; if they are senior, it is larger. To get an exact figure, reduce the relevant band's headcount directly and compare the two meeting costs rather than using the trim fields.

Does this work for a client meeting I am billing for?

Not directly, because a billed hour is revenue rather than cost. For billable work, put your billing rate in the salary field only if you also set working hours to 1 and the markup to zero, which is awkward. It is cleaner to price billable time separately: the meeting's cost to you is the loaded cost of your own attendance, while its cost to the client is your billing rate times duration. The gap between those two figures is the margin the engagement is earning on that hour.

References