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Updated 2026-09-16 · Productivity & Time-Value · Educational use only ·
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Commute vs Pay Rise Calculator

Whether a higher salary justifies a longer commute

Weigh a salary increase against the time cost of a longer commute. Returns net benefit, the annual extra commute hours, and what they cost.

What this tool does

This calculator prices the trade-off between a higher salary and a longer commute. It takes the two salaries, the one-way commute at each job, a value for an hour of your own time, and the number of days a year you actually travel, then converts the extra journey into annual hours and sets their cost against the raise. The result is the net figure, alongside the salary increase, the annual extra commute hours and what those hours cost. At the defaults, 85,000 to 105,000 with the one-way commute rising from 30 to 75 minutes is 360 extra hours a year, worth 14,400 at 40 an hour, leaving a net 5,600. The hourly value is the input the verdict turns on: at these figures anything above 55.56 an hour flips it. Only time is priced here, so fares, fuel, parking and vehicle wear sit outside the model, as does anything about how the commute feels. Educational illustration only.

Quick answer: with the default values, the result is $5,600.00 (New Job Net Wins). Adjust the values below for your own figures.


Enter Values

People also use

Formula Used
Net benefit
New salary
Current salary
New one-way commute
Current one-way commute
Commuting days per year
Hourly value of time

Disclaimer

Results are estimates for educational purposes only. They do not constitute financial advice. Consult a qualified professional before making financial decisions.

The Hidden Cost of Longer Commutes

A large pay rise reads as an unambiguous gain until the travel attached to it is priced. An extra hour each way is two unpaid hours a working day, which at 240 commuting days is 480 hours a year, or twelve working weeks. Valued at 50 an hour, that is 24,000 of time consumed annually, and it comes off the raise before anything else does. The opportunity cost of the hours is the part a salary comparison leaves out.

What Hourly Value of Time Means

There are two common ways to arrive at the figure, and they rarely agree. One is a fully loaded hourly rate derived from current salary divided by the hours actually worked, including the unbilled ones. The other is the replacement price of the time: what it would cost to buy back the hours through childcare, household help or anything else that returns an evening. The second is usually the larger of the two for anyone whose non-work hours are already scarce, which is why the field is a judgement rather than a lookup. At the defaults, the number that decides the whole question is 55.56 an hour: below it the new job comes out ahead, above it the commute costs more than the raise pays.

The Compounding Effect of Long Commutes

The calculator answers for one year, and a job is not held for one year. At the defaults the 360 extra hours become 1,800 across five years, which is 45 working weeks of travel that did not exist before. The financial side repeats too, and the sign is what matters: a net 5,600 a year is 28,000 over five, while the same move valued at 60 an hour instead of 40 is minus 1,600 a year and minus 8,000 over five. A small annual figure is a large multi-year one in either direction.

Effects the number does not carry (sleep, exercise, how much of the evening survives) are real to whoever is doing the travelling, but they are not quantities this calculator holds, and putting a figure on them here would be inventing one.

When the New Job Still Wins

The arithmetic is only one input to the decision. A raise that clears the time cost by a wide margin is a different proposition from one that clears it by a few hundred. Beyond pay there is what the role does for skills, network and trajectory, none of which appears in either salary figure. Commute quality varies too: time on a train that can be read or worked in is not the same hour as time driving, and the hourly value field is where that difference belongs. A hybrid arrangement changes the travelling-days input rather than the commute itself, and moving closer changes it again over a longer horizon. Each of those shifts the number; none of them is in it by default.

Worked Example

Current salary 85,000 with a 30 minute one-way commute, against an offer of 105,000 with 75 minutes, an hourly time value of 40 and 240 commuting days. The salary difference is 20,000. The round trip grows by 45 minutes each way, so (75 − 30) × 2 ÷ 60 is 1.5 extra hours a day, and 1.5 × 240 is 360 hours a year. At 40 an hour that is 14,400 of time cost, leaving a net 5,600 in favour of the new job. The hourly value moves it more than anything else does: at 25 the time cost is 9,000 and the net is 11,000; at 60 the time cost is 21,600 and the net is minus 1,600, which reverses the verdict.

Other Factors This Calculator Does Not Capture

Travel costs of every kind, since only time is priced here: fuel or fares, parking, and the wear a longer daily distance puts on a vehicle. Childcare that has to stretch to cover a later return. Flexibility lost for anything that happens at a fixed time of day. Housing costs near either location, which can move by more than the raise. Job security, which no salary comparison captures. A cost-benefit comparison of this kind is a baseline for the quantities that are countable, and these sit alongside it rather than inside it.

Negotiating Hybrid Work to Reset the Math

Commuting days is an input, which makes the effect of working from home some of the week a thing the calculator will price rather than a thing to argue about in the abstract. Two days a week at home takes 240 commuting days to 144. On the worked example that drops the annual extra hours from 360 to 216 and the time cost from 14,400 to 8,640, so the net moves from 5,600 to 11,360. The 5,760 difference is what those two days are worth a year at these inputs, which is a figure rather than an opinion about how attainable the arrangement is.

Example Scenario

Going from $85,000 to $105,000 with the one-way commute rising from 30 min to 75 min leaves a net $5,600.00 once the extra travel time is priced in.

Inputs

Current Salary:$85,000
Current One-Way Commute:30 min
New Job Salary:$105,000
New One-Way Commute:75 min
Your Hourly Value of Time:$40
Commuting Days per Year:240 days
Expected Result$5,600.00
Expected Result breakdown
Salary Increase$20,000.00
Annual Extra Commute Hours360
Annual Time Cost$14,400.00
Daily Extra Commute90 min

This example uses sample figures for illustration. Adjust the inputs above to match a specific situation and see how the result changes.

Sources & Methodology

Methodology

The calculator computes net benefit by setting the salary gain against the cost of the additional commute time. The salary difference is the new salary minus the current salary. For commute time it takes the difference between the two one-way journeys, doubles it for the round trip, and divides by sixty to convert minutes into hours, giving the extra hours travelled on a working day. That daily figure is multiplied by the number of commuting days in a year to give annual extra hours, and those hours are multiplied by the stated hourly value of time to give the annual time cost. Net benefit is the salary increase minus that time cost, so a positive figure means the raise more than covers the additional travel at the value placed on it and a negative figure means it does not. The model assumes a constant hourly value across every travelling day, treats all commute time as equally valued regardless of mode, and applies no adjustment for taxes, fares, fuel, parking, vehicle costs or variable working patterns. Results are estimates for illustration only.

Frequently Asked Questions

What hourly time value to use?
Two bases are in common use. One is a fully loaded hourly rate: current salary divided by the hours actually worked, including the unbilled ones rather than a nominal contracted week. The other is the replacement price of the time, meaning what it would cost to buy the hours back through childcare, household help or similar. The two rarely agree, and the second tends to be the larger wherever non-work hours are already scarce. Since the field decides the verdict at the margin, it is worth seeing what the result does across a range rather than settling on one number: at the defaults, the switching point is 55.56 an hour.
Does this include transit cost?
No, only time is priced. Fares or fuel, parking and the extra wear on a vehicle all sit outside the model and vary far too much by location and by mode for a default to mean anything. They belong alongside the output rather than inside it, and they generally push in the same direction as the time cost rather than against it, so a net figure that is already marginal tends to get thinner once they are added.
What if commute is on public transit?
Mode is not a separate input, so it enters through the hourly value instead. An hour on a train that can be read, slept through or worked in is not the same hour as one spent driving, where attention is fully committed. Whatever proportion of a driving hour a transit hour is worth to a given person is the proportion to apply to the hourly value field. The result is sensitive enough to that choice that running it at two or three values shows more than any single figure does.
Is 240 work days per year right?
240 is a working year net of public holidays and annual leave, which is a reasonable middle for a full-time role in many markets, though the figure varies considerably by country and contract. The field takes anything from 0 to 365, and it scales the time cost directly: fewer commuting days means proportionally less annual cost, which is why part-time, compressed and hybrid patterns change the answer so much. Two days a week at home takes 240 to 144 and cuts the time cost by 40%.

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