StreetLight Data reveals longest commutes to work across US

Commuters in the US state of Maine travel 9.8 miles to work on a daily basis, a 72% longer journey than the 5.7-mile median commute in Wyoming, according to the latest report by StreetLight Data. The transportation analytics company conducted its study on nearly 30,000 ZIP codes in areas with over 1,000 residents as part of a strategy to help encourage businesses and governments to start fixing the accessibility gap. The inquiry also highlighted the longest and shortest commutes in each state by ZIP cod
March 12, 2018 Read time: 2 mins
Commuters in the US state of Maine travel 9.8 miles to work on a daily basis, a 72% longer journey than the 5.7-mile median commute in Wyoming, according to the latest report by StreetLight Data. The transportation analytics company conducted its study on nearly 30,000 ZIP codes in areas with over 1,000 residents as part of a strategy to help encourage businesses and governments to start fixing the accessibility gap.


The inquiry also highlighted the longest and shortest commutes in each state by ZIP code. California's ZIP 92309 showed the worst median commute of 115.4 miles while North Carolina’s ZIP 28575 had the shortest commute of 0.2 miles.

City by City results revealed that Bishop, California, is the Metropolitan area with the longest one-way commute of 70.2 miles. However, the 4,787-low population core-based statistical area (CBSA) may be over-influenced by a few extreme commuters. Ocean Pines, Maryland-Delaware’s population of 50,375 came second with a median commute distance of 29.2 miles.

Laramie, Wyoming, is the CBSA with the shortest commute of 1.7 miles with a population of 35,221. It is followed by Kansas’ population of 25,292 who travel 2.1 miles to work. The report noted that some of the rural CBSA's may be influenced by people who work on farms located close to their homes.

Additionally, cities such as Oxford, Mississippi, has students that attend Universities as their place of work and who often live nearby. It has a population of 43,250 and a median commute distance of 3.2 miles.

A full copy of the report is available %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external here false https://cdn2.hubspot.net/hubfs/519045/Commutes%20Across%20America_180201_LR.pdf false false%>.

Urban Traffic Control

Related Content

  • ITS America ‘disappointed’ at Toyota V2X decision
    May 9, 2019
    Trade association ITS America has expressed disappointment that Toyota is pausing its Vehicle to Everything (V2X) deployment in the US. The Japanese car maker sent a letter to the Federal Communications Commission (FCC) saying that a lack of activity from other manufacturers on V2X – plus uncertainty over the regulatory position – had led to the decision. In a statement, ITS America said it was ‘disappointed’, adding: “We appreciate Toyota’s leadership and commitment to life-saving V2X technology.” Th
    Read More
  • SmartCity US example from Schneider Electric
    April 22, 2013
    In less than 40 years, 70 per cent of the world’s populations will live and breathe in our cities, pushing the world’s cities to their breaking point due to the rapid growth. The question is, can this growth be constructed in a sustainable way? Can the carbon footprint and overall environmental impact be reduced along the way
    Read More
  • New Riderscan survey on ITS and motorcycling safety
    January 17, 2014
    The Riderscan project is launching its third and last survey targeting European motorcyclists. Focusing on new technologies and powered two wheelers (PTW), the survey will feed the Riderscan report on traffic management, providing a unique opportunity to European riders to express their views on coming intelligent transport technologies. Riderscan aims to bridge the gap between road safety authorities, researchers, and industry stakeholders by setting up a detailed survey over ITS systems in relation wit
    Read More
  • Inrix integrates parking solution with ultrasonic sensors
    January 3, 2018
    Inrix has introduced new technology that uses ultrasonic sensors (USS) to scan, collect, and transmit real-time parking occupancy information to help guide drivers to available parking spaces. It will also help to enhance the quality of Inrix Parking. As the car is moving down the road, USS transmit sound waves and collects data on parked cars and empty spaces. It is then sent anonymously to the Parking Cloud to be analysed and combined with the parking availability prediction engine which determines block
    Read More

Highlighted Content