Highway 91A and Howes Street Multi-Use Pathway Project

Last updated on February 18, 2026

Highway 91 and Howes Street Multi-Use Pathway Project

This project will upgrade an existing pathway along the southbound side of Howes Street between Ewen Avenue and Boyd Street, replacing it with a multi-use pathway that improves connectivity and safety for pedestrians and cyclists.

This new pathway contributes to a larger initiative to improve active transportation opportunities throughout Queensborough and connect the residential and commercial areas divided by the Highway 91A Queensborough Connector.

At the Boyd Street intersection the new pathway will tie-in to the upgraded Boyd Street pathway being constructed by the City of New Westminster. 

The project includes:

  • 4 m wide multi-use path
  • New lighting
  • Drainage enhancements
  • Improved pedestrian and cyclist crossings.

Traffic and construction updates

Pedestrian and cyclist access will be maintained throughout construction.

No work will occur during statutory holidays or during special events.

For traffic interruptions and most up to date information, check DriveBC.ca.

Status

  • The construction contract has been awarded to Blue Water Systems
  • Construction is anticipated to start in early 2026
  • Construction is scheduled to complete in fall 2026
  • Construction of the pathway will first require preloading the soil for several months

Project benefits

  • Improving pedestrian and cyclist safety along Howes Street with a 4 meter wide multi-use pathway
  • Increasing active transportation among residents, promoting healthy lifestyles
  • Connecting existing active transportation networks on the North and South sides of Highway 91A
  • Providing safer crossings at the Highway 91A on- ramp,  off-ramp and the Howes/Boyd Street Intersection
  • Improved lighting to support safe travel
  • Upgrading the existing bus stop on southbound Howes Street to support transit

Contact information

Friendly Url for this Page:
gov.bc.ca/howesmultiusepathway

For information about this project, contact