How we’re making bus transit on Hastings Street more reliable
How we’re making bus transit on Hastings Street more reliable
Every day, around 1,000 buses travel along Hastings Street. For the thousands of riders who hop on board, delays can be a familiar part of their journey.
Hastings is one of Vancouver’s busiest transit corridors and ranks second among bus routes with the most delays. Everything from traffic signals and turning vehicles to closely-spaced bus stops and curbside activity like drop-offs and deliveries can slow buses down. That can mean longer waits, slower trips, and less certainty about when you’ll arrive at your destination.
To help make trips faster and more predictable, TransLink is working with the City of Vancouver to adjust and improve some bus stop locations along Hastings Street.
Changes we’re planning to bus stops
We are proposing changes to bus stop locations on Hastings Street between Granville Street and Boundary Road to make trips on routes 14, 16, 20, and the R5 Hastings St RapidBus quicker and more reliable.
Proposed changes include:
- Removing about one in four stops that are less frequently used, or very close together. Data shows:
- More than 70 per cent of riders would continue using their existing stop.
- If a stop is removed, another would be available within about a block.
- Adding three new local stops near signalized crossings as close to removed stops as possible.
- Adding new R5 Hastings St RapidBus stops at Campbell Street (between Main Street and Commercial Drive) to better serve the Strathcona neighbourhood.
To see a list of the proposed stop changes along with an interactive map, visit translink.ca/hastingstransit
Why move bus stops?
Bus stop locations play an important role in how well buses can serve riders. They need to be close enough to keep transit convenient but spaced well enough to help buses move reliably.
Right now, nearly 60 per cent of the bus stops along Hastings Street are spaced closer than the recommended 300 metres.
When stops are too close together, buses need to merge in and out of traffic more often, delaying trips for everyone on board and others who use the road. Adjusting bus stop locations can help buses serve riders more consistently, so more people can get to where they need to be — reliably and on time.
When we look at removing, consolidating, or adding a stop, the distance between stops is only part of the picture. We also consider things like:
- Accessibility needs
- How many people use the stop
- Nearby transfer points and destinations
- Condition and steepness of the sidewalk
- Existing amenities, like shelters and benches
Tell us what you think!
While we look at many factors when drafting a proposed plan, we want to make sure we haven’t missed anything. That is why we want to hear from you — whether you travel to, from, or through the area.
Take our survey by May 24 to share your thoughts on the proposed bus stop changes.
To learn more and share your feedback, visit translink.ca/hastingstransit
Kyle Vinson
Increase the operational hours of the #14
I live in Kitsalino and work at the PNE, and getting home in the evenings would be easier if the #14 continued to run down Hastings after 9pm
To truly maximize the benefits of Bus Stop Balancing on Hastings Street, TransLink and the City must collaborate to establish designated passenger loading zones on adjacent side streets. By utilizing anonymized rideshare pickup and drop-off data as heat maps, the City can precisely identify exactly where high-demand commuter areas are located and add physical passenger zones where they are needed most. This data-driven approach should be paired with a digital ‘Universal Snap Protocol’ partnership: TransLink should provide its live transit asset and bus stop GIS data directly to rideshare platforms to legally restrict pin-drops. By integrating this data, rideshare applications can block users from dropping pins in active bus stops or ‘No Stopping’ zones, automatically snapping their pickup or drop-off location to those newly established, data-backed side-street zones. This combined physical and technological solution protects high-frequency transit flow and ensures high-volume corridors move efficiently.