There have been hundreds of on-demand transit projects deployed around the world, but are transit agencies designing them for success? Pantonium’s team will discuss various approaches to designing an on-demand transit service based on our experiences deploying projects around North America and our observations from other similar projects.
4. Macrotransit
Source: The State of Demand-Responsive Transit in Canada, July, 2020. Dr. Willem Klumpenhouwer Postdoctoral Fellow Transit Analytics Lab
University of Toronto
5. Designing a Service Area for On-Demand Transit
Complementary System Supplementary System
6. Primary Service Area for
On-Demand Transit
- Include all bus stops
- Coordinate with outside
services like fixed route
and door to door
- Simple and convenient for
all riders
7. Service Area Example:
RTC’s “Trip-to-Strip”
Microtransit Pilot
June - December 2019
Do people live, work,
and shop in your
service area?
8. The “Walmart” Principle:
Any successful on-demand
transit service area will have a
large retail and employment
center that generates the
most trips
14. Ozark Regional Transit
- Only one bus route to cover entire
city of Rogers
- Limited resources for any service
- No idea where the demand was or
where it wanted to go
15. Gaps in Stop Coverage
The Golden Rule
● 1300 foot radius drawn from every stop
● This is the most empirically supported optimal
distance between transit stops according to
both survey data and user behaviour
16. Opportunities for
Coverage Expansion
Why Even Bother?
● These gaps exist because they aren’t
popular to begin with
● In a fixed route, introducing stops in
these low demand areas means less
efficiency and higher costs
● In ODT, the vehicle only visits these
stops when there is a request
Convenience + Latent Demand
● Riders in these areas will have transfer
free mobility across Rogers
● Opening up additional stops = tapping
into latent demand from riders who’s
travel is now convenient
● Only 7 stops radically improve coverage
in key points of interest
18. Typical Service Cost
What’s the cost for night service in a city of 75,000?
- $100 per vehicle hour
- 5 days/week
- 3 hours/day
- 8 buses
- 10 riders/SH
- 240 riders/day
- $10/trip
$624,000 Annual Cost of Night Service
$78,000 Annual Cost per vehicle for Night Service
20. Secondary Objectives
• Increasing Ridership: On-demand
transit can increase the amount
of riders that an existing service
can carry without increasing
service hours
• Increasing Coverage: More bus
stops can be covered by the
same number of vehicles without
increasing service hours
21. Tertiary Objectives
● Saving bus maintenance / gas
● Gathering data
● Replacing consultants
● Collecting payments
● Automating dispatch
● Improving rider experience
● Reducing environmental impacts
● Covering transit deserts or
disadvantaged communities
● Providing first/last mile service
22. Questions to ask yourself as a designer
Who - is going to ride this?
What - are the resources available?
Where - is best for the service area?
When - is the best time to run this?
Why - do you want to do this?
23. Once you know what you want, you only have to decide HOW
Ride-hailing Services On-Demand Microtransit On-Demand Macrotransit
Rides per service hour: 1-2
Cost per trip: $7-$44
Service area size: 1-5 sq.
miles
Rides per service hour: 3-6
Cost per trip: $20
Service area size: 2-10 sq.
miles
Rides per service hour: 20-30
Cost per trip: $4.60
Service area size: 10-60 sq.
miles