104th Annual Meeting of the Transportation Research Board
All are welcome to attend the 2025 Annual Meeting of TRB's Commuter Rail Group
MISSION: To advance the efficiency and effectiveness of commuter rail with research on the social, economic, technological, and regulatory factors affecting the urban public transportation applications of passenger trains on the conventional railroad network.
All are welcome to attend the 2025 Annual Meeting of TRB's Commuter Rail Group
The North American commuter rail industry experienced booming growth in the 40 years between 1980 and 2020. The suburb-to-city railroads were riding the crest of wave created by a variety of forces. Downtown office employment growth, suburbanization, highway congestion and rising fuel prices during this era combined to amplify the pre-existing market for 10-to-40-mile rail journeys (generally under one hour in duration) linking suburban workers with burgeoning employment in downtown office towers. Between 1986 and 2016 total ridership on all US commuter railroads rose by 67% .
Downtown office work paid well with good benefits including subsidized transit fares (and parking). As the suburbanites flocked to the growing city each day, they overwhelmed the radial highways linking suburban workers with their urban offices. The fees for downtown parking predictably rose. Demand for suburban passenger rail services (aka commuter rail) grew since the rail services were insulated from highway congestion and allowed suburban workers to inexpensively store their automobiles at or near their homes. Travelers and transportation officials soon realized that a suburban rail service focused on a downtown terminal was generally faster than driving and cheaper than parking for work trips to rapidly growing central business districts. The growing prosperity of suburban rail services was inextricably tied to the rising skylines in American downtowns.The suburban rail services relied on underutilized rail assets freed up as manufacturing and industrial activities left the urban cores in the post-war era. Compared to other fixed guideway transit service options, the suburban rail services were relatively cheap to implement. They could also cover a large fraction of their operating costs as long as their fares undercut the out-of-pocket expense for driving and parking. Ridership on existing suburban railways grew by more than 50%. More than a dozen urban areas added suburban rail service to the mix of transit services offered to compete with the automobile. Commuter rail sustained growth in downtown employment and contributed to environmental and energy conservation goals. Overtime, the new and improved railway services also exacerbated suburban sprawl allowing workers to live farther and farther from their downtown jobs.
Suddenly in the spring of 2020 the bottom fell out of the downtown employment market. The population’s mobility was restricted to halt the spread of a deadly virus. During this time, it was discovered that with a few tweaks, existing communication technologies could be leveraged to substitute for travel to offices. “Work-from-home” and “hybrid-work” became new paradigms for white collar employment. These technological and organizationa; innovations have proven so successful that they persist, with widespread acceptance, long after the public health emergency has ameliorated.
In 2018, 5% of US workers worked at home in 2018. That number had grown to 15% by 2022 Overall transit commuting ridership (all modes) reduced by roughly 40%. Among the transit modes, the suburban rail services catering to downtown office workers have been most severely affected. US commuter rail ridership in 2024 is down by 33% and passenger revenues are down by more than 50% . Nationally the vacancy rate for downtown office space has risen by almost 80% since 2016 .
Whereas the modern suburban rail services had been covering 50% of their operating costs with fare revenues in 2019, they are now covering only 22% of their costs from the passenger revenues in 2024. Table 1 compares US industry totals from 2022 with 2019. At an aggregate level roughly 30 months after the onset of the public health crisis and the work-from-home movement, ridership and revenue have been halved and expenses increased by 12%. The fare box recovery ratio plummeted by 55%! However, the overall pattern of how riders used the national network was little changed. Average trip length was down by 10%. Revenue per boarding and per passenger mile were little changed. It will be interesting to see how the ridership, revenue and expense patterns change and evolve as the national industry comes to grip with this dramatic decline in its largest market.
Table 1: US Commuter Rail Industry Financial and Ridership Comparison: 2019 vs 2022 |
|||
Performance Metric |
2019 |
2022 |
Change |
Fare Revenue |
$3,247,507,154 |
$1,616,564,078 |
-50% |
Operating Expense |
$6,470,423,536 |
$7,235,103,163 |
12% |
Fare Revenue / Operating Expense |
50% |
22% |
-55% |
Passenger Boardings |
503,887,308 |
263,555,447 |
-48% |
Passenger Miles |
2,525,212,878 |
5,924,296,448 |
-53% |
Avg Passenger Trip Mileage |
24.9 |
22.5 |
-10% |
Revenue per Boarding |
$6.44 |
$6.13 |
-5% |
Revenue per Passenger Mile |
$0.26 |
$0.27 |
5% |
To remain relevant, these suburban rail services will need
to find new markets and stimulate revenues.
They will also need to adjust their cost profiles. The days of running a few highly patronized
trains each day that would earn enough revenue to carry the entire network of
services seems to have passed.
It’s possible that the downtown office employment market may never recover to 2019 levels. To maintain their operations and leverage the public’s tremendous sunk investment in track, stations and rolling stock, the suburban railways will need to find new markets to exploit.
But
These new markets will likely require more frequent and faster service. The suburban trains will be competing with the automobile along highway segments and at times of day where and when the roads are not as congested.
·
The new markets will likely to be more fare
sensitive than the downtown office market since many will offer free or inexpensive
parking.
To offer more service with lower fares, the suburban railroads will need to reduce their costs. Potential areas for efficiency, that have been demonstrated elsewhere in the world, include
·
New service patterns more evenly distributed
over the travel day – to provide a more temporally balanced service and the
reduce the peak requirements for crews and rolling stock.
·
Train crew reduction – to reduce operating costs
o
new fare collection systems – to reduce train
crewing requirements in addition to improving revenue capture
o
level passenger boarding – to reduce need for crew
to manage the boarding process at each open door and to reduce delays
·
Shorter, more energy efficient trains – to reduce fleet
size and energy expenditures
·
Innovations in rolling stock and infrastructure
maintenance – to lengthen maintenance cycles and to reduce staffing.
Prior to the fall of the downtown office market, the impetus
for these innovations at North American commuter railroads had been blunted by very
strong performance in the downtown market.
With that market diminishing, the onus for innovation and efficiency
will increase.
Federal funding provided during the peak of the public health crisis has largely shielded the industry from the fiscal realities of declining revenues and escalating costs. But the reserves of federal funds will soon be depleted. It will be fascinating to see how the nation’s 22 suburban railroads reinvent themselves to competitively enter new markets and adjust their scopes of service to respond to new fiscal and market realities.
Click here for a copy of the 2024 Outlook,
Research Priorities of the Commuter Rail Subcommittee
1.
Work
from Home vs Commuter Rail
·
How has urban-suburban commuting changed since
March 2020
o
Why? How? and How Much?
·
How will commuter rail ridership recover/change
in the Work from Home era?
·
How should commuter rail respond to changing
travel patterns?
2.
Faster,
Better and Cheaper (Efficiency:
Innovation and Research)
With less density of travel,
commuter rail will be pressed to lower its costs of operation
·
How does the industry stimulate more nimble responses
to changing markets
·
How can industry reduce costs, increase revenue
yield, improve service delivery and increase safety with innovations in:
o
Fare Collection and Fare Policy
o
Crewing and One Person Train Operations
o
Level Boarding and Accessibility
o
Leveraging new train control technologies
§
What can we do with PTC?
§
Automation and Self-Driving Trains
3.
Sustainability:
Innovations & Research
·
What are the most recent developments in Zero-Emissions
Motive Power?
·
How can US Commuter Rail improve/expand its
urban services roughly based on the models of overseas systems such as German S-Bahns,
Paris RER and London Overground.
·
How does the industry innovate to improve First
Mile / Last Mile services at suburban origins and destinations?
Many thanks to the 52 people that contributed to the meeting. It was a great turnout!
Please forward any suggestions or corrections to david.nelson@jacobs.com or to jberk@gfnet.com
We hope see many of you at the April 29 "Mid Year Meeting"
All are welcome to attend the 2024 Annual Meeting of TRB's Commuter Rail Group
Be prepared to discuss how the commuter railroad you know best is reponding to the challenges of the Work from Home urban travel market.
This all changed in mid-March 2020 when the COVID-19 pandemic closed factories, schools and offices for the protection of the population. Travel, transit use and commuter rail ridership plummeted. Click here for more detail.
Office workers and their employers exploited the latest commercially-available tools for telecommunication to establish a new mode of "Working-From-Home". WFH turned out to be a big success that will likely endure long after the painful memories of the pandemic eventually fade.
As the imperative for social distancing has waned, the world is traveling again. We're going to ball games, flying to distant cities and dining in restaurants. But less than half of us have returned to our old offices. The transformative impact of WFH will likely have a permanent impact on commuting behavior that will be most pronounced in the commuter rail industry.
Decades were spent building up a national commuter railroad movement that linked suburbs to downtowns as a way of bypassing crowded highways and avoiding expensive parking. It gave downtowns access to white collar workers that were unwilling or unable to live near their offices. But that's all changed, perhaps permanently. Those office workers that were the core of the commuter rail market can now work from home and don't seem likely to return. WFH is just too easy and effective.
Now, 3+ years after the start of pandemic, the ridership recovery numbers of the Legacy systems are around 70% to 50% compared to April 2019. The New Starts railroads land somewhere between 70% to as low as 40% compared to April 2019. Click here for more detail. It’s very important that TRB contribute to the industry’s understanding of how the market for commuter rail services has changed and what factors seem most promising for potential ridership and financial recovery. The Commuter Rail Subcommittee identified four paper topics related to the new travel market.
1. What service parameters are most influential in rebuilding ridership in the “Work From Home” era? (Service frequency, hours of service, fares, other?)
a. What is
the impact of service frequency and time span of service on ridership recovery?
(The work force/commuter market has significantly changed.)
b. What is the impact of the fare structure on the ridership? (Different markets such as senior riders and students – what portion of the recovery market do they represent?)
i.
What changes are being explored?
ii. How have riders and railroads responded to this challenge?
Early
indications suggest that to maximize ridership in the WFH-era commuter railroads
will need to compete for new riders. The
rail service will need to be:
· Faster and more frequent service during more hours of the day to “win-back” patrons that are now driving.
· Less expensive to operate to economically offer more service with reduced train loadings
· Cleaner from a Green House Gas perspective, to respond to climate change goals
Professional
papers that shed light on
·
How service velocity can be improved with
shorter dwell times, faster acceleration and higher track speed?
·
How can operating costs per train mile and
train hour be reduced with changes in staffing, rolling stock or
infrastructure?
· How can GHG be reduced with new approaches
to traction power?
·
How can existing stations be more economically
modified to promote level boarding that can
o reduce
dwell times,
o improve
safety,
o speed
service delivery,
o lower
crewing costs
o providing
mobility benefits for mobility challenged travelers?
are welcome and encouraged.
Draft Papers must be submitted by August 1,
2023
Selected papers will be presented at the 103rd
Annual Meeting in Washington. January
7-11 2024
Click here for detailed information for authors
Questions? Please contact
David O. Nelson | Chair, AP065(4) | Senior Consultant | Jacobs
Engineering Group |
david.nelson@jacobs.com
| Phone: (978) 360-0449
A family enjoys level boarding in Utah. |
A summary of the afternoon's events and a list of participants can be accessed through the links below.
Key research topics discussed at the meeting included: