Explore average commute time data across US cities and states. Detailed breakdowns by transportation mode, plus tools to map your own commute radius.

The average commute time in the US tells a story about where Americans live, how they get to work, and how much of their day is consumed by travel. According to the most recent data from the US Census Bureau's American Community Survey, the national average one-way commute time stands at approximately 27.6 minutes, a figure that has been steadily climbing for decades.
But that national average obscures enormous variation. Some cities average under 20 minutes, while others push past 35. The mode of transportation, whether driving, transit, biking, or walking, has a dramatic effect. And beyond the averages, the distribution matters: millions of Americans endure "super commutes" of 60 minutes or more each way.
This guide digs into the data, breaks down average commute time by city and state, compares transportation modes, and shows how travel time mapping tools can help you make better decisions about where to live and work.
The average American commute has grown steadily over the past several decades:
| Year | Average One-Way Commute (minutes) |
|---|---|
| 1980 | 21.7 |
| 1990 | 22.4 |
| 2000 | 25.5 |
| 2010 | 25.3 |
| 2019 | 27.6 |
| 2021 | 25.6 (pandemic dip) |
| 2023 | 26.8 |
| 2025 | 27.4 (estimated) |
The temporary decline during 2020-2021 reflected the massive shift to remote work during the COVID-19 pandemic. As return-to-office mandates increased through 2023 and beyond, commute times rebounded toward pre-pandemic levels, though hybrid work arrangements have kept the average slightly below the 2019 peak.
The mode of transportation significantly affects commute duration:
| Transportation Mode | Share of Commuters | Average One-Way Time |
|---|---|---|
| Drive alone | 72.8% | 26.4 minutes |
| Carpool | 8.9% | 28.6 minutes |
| Public transit | 4.8% | 48.2 minutes |
| Walk | 2.5% | 12.2 minutes |
| Bicycle | 0.5% | 19.8 minutes |
| Work from home | 8.3% | 0 minutes |
| Other | 2.2% | 22.1 minutes |
The most striking finding is the transit penalty: public transit commuters spend nearly twice as long getting to work as solo drivers, despite often traveling shorter distances. This reflects the reality of transfer times, wait times, and indirect routing in most American transit systems.
Walking commuters enjoy the shortest average times, though this self-selects for people who live close to their workplace. Bicycle commuters fall between walkers and drivers, benefiting from higher speeds than walking while avoiding traffic congestion.
| Rank | Metro Area | Average Commute (min) | Primary Factor |
|---|---|---|---|
| 1 | New York-Newark-Jersey City | 37.7 | Transit reliance, sprawl |
| 2 | Washington-Arlington-Alexandria | 34.8 | Suburban sprawl, Beltway congestion |
| 3 | Chicago-Naperville-Elgin | 33.2 | Regional sprawl, transit delays |
| 4 | Riverside-San Bernardino-Ontario | 32.5 | Inland commuters to coastal jobs |
| 5 | Atlanta-Sandy Springs-Roswell | 32.1 | Extreme sprawl, limited transit |
| 6 | San Francisco-Oakland-Berkeley | 31.8 | Housing displacement, bridge bottlenecks |
| 7 | Houston-The Woodlands-Sugar Land | 30.2 | Sprawl, highway dependence |
| 8 | Los Angeles-Long Beach-Anaheim | 30.1 | Legendary traffic congestion |
| 9 | Boston-Cambridge-Newton | 30.0 | Aging infrastructure, narrow roads |
| 10 | Dallas-Fort Worth-Arlington | 29.5 | Rapid growth, highway-centric design |
| Rank | Metro Area | Average Commute (min) | Contributing Factor |
|---|---|---|---|
| 1 | Lubbock, TX | 16.8 | Small metro, minimal congestion |
| 2 | Bismarck, ND | 16.9 | Compact city, low traffic |
| 3 | Grand Forks, ND | 17.1 | Small metro, grid street pattern |
| 4 | Fargo, ND-MN | 17.6 | Compact urban area |
| 5 | Rochester, MN | 17.8 | Mayo Clinic proximity, compact city |
| 6 | Lincoln, NE | 18.2 | University town, compact layout |
| 7 | Wichita, KS | 18.6 | Wide boulevards, low density |
| 8 | Provo-Orem, UT | 19.4 | Tech employment close to housing |
| 9 | Des Moines-West Des Moines, IA | 19.8 | Good highway access, moderate size |
| 10 | Omaha-Council Bluffs, NE-IA | 20.1 | Balanced growth, highway grid |
The pattern is clear: smaller and mid-sized metro areas with compact footprints and lower population density consistently deliver shorter commutes. Meanwhile, the largest and most sprawling metros trap commuters in the longest travel times, regardless of the quality of their highway systems.
State-level data reveals strong regional patterns:
| Rank | State | Average Commute (min) |
|---|---|---|
| 1 | New York | 33.4 |
| 2 | Maryland | 32.9 |
| 3 | New Jersey | 32.0 |
| 4 | Virginia | 29.4 |
| 5 | Massachusetts | 29.3 |
| 6 | Illinois | 29.1 |
| 7 | California | 28.8 |
| 8 | Georgia | 28.7 |
| 9 | Florida | 28.2 |
| 10 | Connecticut | 27.8 |
| Rank | State | Average Commute (min) |
|---|---|---|
| 1 | South Dakota | 17.2 |
| 2 | North Dakota | 17.6 |
| 3 | Montana | 18.1 |
| 4 | Wyoming | 18.2 |
| 5 | Nebraska | 19.0 |
| 6 | Alaska | 19.2 |
| 7 | Kansas | 19.4 |
| 8 | Iowa | 19.6 |
| 9 | Oklahoma | 21.3 |
| 10 | Utah | 21.8 |
The geographic divide is striking. Northeastern states, where dense population centers meet aging infrastructure and heavy transit reliance, dominate the longest commute list. Great Plains and Mountain West states, with smaller cities and open road networks, enjoy the shortest average commutes.
The average American commuter spends significant money getting to work:
| Cost Category | Annual Amount (Avg. Solo Driver) |
|---|---|
| Fuel | $2,100 - $3,400 |
| Vehicle wear and depreciation | $3,000 - $4,500 |
| Insurance (commute portion) | $600 - $1,200 |
| Parking | $0 - $4,800 |
| Tolls | $0 - $2,400 |
| Total annual cost | $5,700 - $16,300 |
These costs vary enormously by location. A commuter in downtown Manhattan paying for garage parking faces a completely different cost structure than a suburban driver with a free company parking lot. But even at the low end, commute costs represent a substantial portion of household budgets.
Research from multiple institutions has documented the health toll of long commutes:
This is one reason why understanding your commute before committing to a job or home is so important. A driving radius map can show exactly how far you can travel from a potential home during typical commute hours, helping you avoid the trap of underestimating your future commute.
When house hunting or job searching, most people think in terms of distance: "I want to live within 15 miles of the office." But distance is a poor proxy for commute time. Fifteen miles on a suburban highway might take 15 minutes, while 15 miles through urban traffic could take 45 minutes or more.
A commute radius map based on actual travel time gives you a far more accurate picture. Instead of a circle with an arbitrary mile radius, you see the real boundary of where you can live and still reach work within your target commute time.
Here is how to use RadiusMapper.com to map your commute:
The resulting map instantly shows you which neighborhoods, towns, and suburbs fall within your commute budget. This is far more useful than guessing based on distance or relying on a single route estimate from turn-by-turn navigation.
Smart commute planning considers more than just travel time to work:
The rise of remote and hybrid work has fundamentally altered the commute equation for many Americans:
For hybrid workers, the acceptable commute distance has expanded. Someone who commutes three days a week might tolerate a 45-minute one-way trip that they would reject for a five-day-a-week schedule. This has contributed to suburban and exurban housing demand in many metros.
If you commute two to three days per week, your location calculus changes:
Use a driving radius map to identify the realistic boundary for your hybrid commute. Set the time to your maximum acceptable one-way drive and explore the neighborhoods that fall at the edges of the boundary -- these often offer the best value for hybrid commuters.
The dominant commute mode in America, driving alone accounts for nearly three-quarters of all commutes. Key statistics:
Traffic congestion adds an average of 54 hours per year to the typical urban driver's commute, according to the Texas A&M Transportation Institute. In the worst metros (New York, Los Angeles, San Francisco), that figure exceeds 100 hours annually.
Transit commuters experience the longest average commute times:
Despite the longer average time, transit commuters in cities with strong networks often report higher satisfaction than drivers, citing the ability to read, work, or relax during their commute.
Cycling remains a small but growing share of commutes:
A cycling distance map is the best tool for evaluating whether bike commuting is viable. Generate a map centered on your workplace with a 20-minute or 30-minute time limit to see which residential areas fall within a comfortable bike commute.
Walking commuters have the shortest average commute times but the most limited range:
For walking commuters, a walking distance map centered on the workplace shows the realistic residential options for a walk-to-work lifestyle.
Approximately 9.8% of American workers endure one-way commutes of 60 minutes or more. These "super commuters" are concentrated in:
The states with the highest share of super commuters are New York (16.4%), Maryland (14.8%), and New Jersey (14.5%).
A 60-minute one-way commute translates to:
Before accepting a super commute, use RadiusMapper to explore whether alternative housing locations, transportation modes, or hybrid arrangements could bring your commute time down to a healthier range.
When evaluating a job offer, factor in commute costs and time:
Companies lose an estimated $100 billion annually to commute-related tardiness, absenteeism, and turnover. Employers can use commute data to:
The delivery area map and service area map tools on RadiusMapper are useful not just for businesses but for anyone evaluating a location based on what is reachable within a given time. Home buyers can use these tools to ensure that a prospective home provides reasonable access to work, schools, healthcare, and shopping. For a detailed framework, see our guide to commute analysis for real estate.
For developers and real estate analysts, the developer API provides programmatic access to travel time calculations, enabling bulk analysis of commute times across large property portfolios or market areas.
The average commute time in the US is approximately 27.6 minutes one-way, based on the most recent Census Bureau data. This figure includes all transportation modes. The average for drivers alone is 26.4 minutes, while public transit commuters average 48.2 minutes. The national average has increased by nearly 6 minutes since 1980, reflecting suburban sprawl, population growth in congested metros, and longer distances between affordable housing and employment centers.
The New York-Newark-Jersey City metropolitan area has the longest average commute time by city at 37.7 minutes one-way. Washington DC (34.8 minutes), Chicago (33.2 minutes), and the Inland Empire in California (32.5 minutes) follow closely. These metros combine large geographic footprints, heavy traffic congestion, and significant transit reliance, all of which contribute to longer average commute times.
The average solo-driving commuter spends between $5,700 and $16,300 per year on commute-related costs, including fuel, vehicle wear and depreciation, insurance, parking, and tolls. The wide range reflects differences in commute distance, local fuel prices, and parking costs. In high-cost metros like New York or San Francisco, parking alone can add $3,000 to $5,000 annually. Transit commuters typically spend $1,200 to $3,600 per year on passes and fares.
The most reliable way to estimate your commute time is to create a travel time map using a tool like RadiusMapper.com. Enter your workplace address, select your transportation mode, and set your maximum acceptable commute time to generate a map showing exactly which areas fall within your commute radius. This approach accounts for actual road networks, speed limits, and typical traffic patterns, giving you a far more accurate estimate than straight-line distance or a single navigation app route. Generate maps for multiple modes -- driving, cycling, and walking -- to compare your options.
Research suggests that most people overestimate the benefits and underestimate the costs of a longer commute. The "commuter's paradox" shows that higher salaries in distant locations often fail to compensate for the lost time, increased stress, and health effects of long commutes. However, hybrid workers who commute only two to three days per week may reasonably accept a longer per-trip commute in exchange for lower housing costs or better quality of life. The key is to quantify the tradeoff: use a driving radius map to understand exactly how long your commute will be, then calculate the annual time and financial cost before making a decision.