Issue 083 - Public administration - Labor and time
How much human time does a U.S. national election consume?
The November 3, 2026 midterms involved a nationwide effort to cast and administer ballots. How much human time does an election of this scale require?
Public systems and economicsAbout 1 minute
Sources checked November 4, 2026. Figures and circumstances may have changed.
The problem
Estimate the combined person-hours spent by voters and poll workers participating in a U.S. national election.
Include voter travel, waiting and ballot completion, allowing for early in-person and mail voting. Add workers' staffing, training, setup and closing time. Choose turnout, voting methods, staffing and time per person yourself.
The guess unit is total person-hours. Then convert to full-time worker-years and decide whether voters or administrators contribute more time. Optional checks: value the hours, and estimate voters processed per polling place per hour.
Fermi estimates target scale rather than precision. The Fermi reference collects useful facts and equations.
Grounding facts
AP reported the November 3 election and its results. This calculation uses historical benchmarks to model its scale; it does not claim a final national 2026 turnout count or a measured national time budget the following day.
The Election Assistance Commission reported more than 112 million counted ballots and 645,219 poll workers for the 2022 midterms. About 49% voted on Election Day, 22.2% early in person, and nearly one-third by mail. We round these to a 70% in-person and 30% mail split for the scenario.
Census separately estimated 52.2% turnout among voting-age citizens in its 2022 survey; EAC's administrative turnout estimate was 46.8%. Survey reports and counted ballots are different measures and should not be combined as though identical.
MIT's 2022 election survey found average waits of about six minutes for Election Day voters and four for early voters. Waiting is only part of voting time: travel, check-in and ballot completion must be added. We assume 45 minutes total per in-person voter and 30 minutes per mail voter, including return effort.
EAC reported roughly 88,000 Election Day polling places in 2024. Use 90,000 for the throughput illustration. Worker hours are not established by a headcount: the 24-hour average per poll worker below is an assumption spanning training and election work. Some early-voting, mail-processing and permanent staff work for weeks.
After checking sources
Checked answer and calculation
illustrative turnout ~= 120 million voters
in-person voter time
~= 120 million x 70% x 0.75 hour
~= 63 million person-hours
mail voter time
~= 120 million x 30% x 0.5 hour
~= 18 million person-hours
total voter time ~= 81 million person-hours
poll-worker time
~= 650,000 workers x 24 hours
~= 16 million person-hours
combined participation time
~= 97 million person-hours
~= 100 million person-hours, roundedIn this scenario, voters contribute about five times the poll-worker hours. More voters spending less than an hour each outweigh a much smaller workforce spending longer per person. Rough sensitivity assumptions of 110 to 140 million voters, 25 to 55 minutes average voter time, and 600,000 to 800,000 workers at 16 to 40 hours produce roughly 60 to 160 million hours.
This is a voter-and-poll-worker participation estimate, not a census of all election-related human effort. Permanent administration, registration drives, campaign work, candidate research, security and later audits may add time. Some ballot-processing work is represented in the worker allowance, but a full administration budget would require separate roles and hours to prevent omissions or double counting.
full-time worker-years, at 2,000 hours/year
~= 100 million / 2,000
~= 50,000 worker-years
continuous calendar person-years, at 8,760 hours/year
~= 100 million / 8,760
~= 11,000 calendar person-years
Matt's 57 million hours
~= 28,500 full-time worker-years
~= 6,500 continuous calendar person-yearsMatt's roughly 6,600 person-years follows correctly from continuous days and years. It needs a different denominator to answer the question about full-time work-years. The total effort is therefore equivalent to tens of thousands of full-time working years, even using his original hourly total.
His turnout estimate was less than half the historical midterm ballot count, and his worker headcount was about twelve times below EAC's 2022 benchmark. The 100-hours-per-worker assumption partly compensated for the low worker count. It is too broad to assume that every poll worker serves four weeks, but it would also be wrong to say that nobody does sustained pre-election work.
optional opportunity-cost scenario
~= 100 million hours x $30/hour
~= $3 billion of time value
Election Day throughput illustration
~= 120 million voters x 50% / 90,000 sites
~= 670 voters/site
over 12 voting hours
~= 56 voters/hour/site
~= one completed voter every 1.1 minutes, across the siteThe $30/hour value is an explicit illustrative choice, not a measured wage for every voter. This opportunity-cost comparison is not the government's election bill, and it does not imply all freed time could become paid work.
Throughput is across parallel stations. At five minutes to mark a ballot, five simultaneous voting positions provide about 60 completions per hour; fewer positions or bursts of arrivals can create queues. Early in-person voting belongs across its own days and sites, while mail ballots do not pass through Election Day polling places. For this illustration we used 50% of all voters, rather than incorrectly forcing the full 70% in-person share through one day.
Before checking sources
Matt's original estimate
This is Matt's original, unverified estimate, preserved before the source check.
I assumed about 80% of the population is a potential voter, and that voting participation was about 20%, and that there were about 1 poll worker for every 1,000 voters.
if the US population is 330 million, 80% would mean about 260 million voters, and 20% of those would mean 52 million voters that participated. If there's 1 poll worker per 1,000 voters, that's about 52,000 poll workers across the US.
for time spent on the voting side, I estimated the total commuting, waiting and participating time to be an average of 1 hour per voter, so that's 52 million person-hours.
for time spent on the poll worker side, I estimated about 25 hours per week (split between part time and full time workers) for 4 weeks, or an average of 100 hours per worker, so that's about 5.2 million hours.
the combined time spent on voting is about 57 million person-hours, or 2.4 million person-days, or about 6,600 person-years.
Reasoning score
Matt's reasoning score: 60 / 100
Useful facts: 0/30. The key turnout and poll-worker assumptions were substantially below historical benchmarks. Assigning four weeks to every poll worker was high for a workforce including many short-term shifts.
Reasoning approach: 30/30. Separating voter and worker time, multiplying people by hours, and adding the components is the correct core model. The work-year comparison needs an explicit 2,000-hour convention.
Math: 10/10. The arithmetic and continuous calendar-year conversion follow correctly from the stated assumptions, allowing for rounding.
Final estimate: 20/30. About 57 million person-hours is within a factor of two of the approximately 100-million-hour scenario. The checked number remains an estimate, not a measured 2026 total.
Post-check reflection
Matt's reflection
My two low assumptions (only 20% engagement by voters and 1 poll worker per 1,000 voters) resulted in a low but still within an order of magnitude answer, mostly because I was assuming poll workers would work for weeks prior to the election day (dealing with setting up polling stations and with mail-in ballots) which is apparently not the case.
Ultimately, it's still a big operation. Good job us for almost half of all eligible voters participating.
Recommended memory peg
A recent U.S. midterm involved roughly 110 million counted ballots and 650,000 poll workers. For labor comparisons, 1 full-time worker-year ~= 2,000 hours; a continuous calendar year has 8,760 hours. Keep those conversions distinct.