How TrafficPatternsXD and MMAX supported Complete Streets and Vision Zero implementation on the VIVA BRT corridor in York Region and the East London Link in London, ON.

Enhancing Complete Streets Connectivity in Southern Ontario

How Surface Design Supports Complete Streets & Vision Zero Implementation

As Ontario municipalities accelerate Complete Streets and Vision Zero implementation, transit agencies in York Region and London faced historical surface infrastructure challenges in critical corridors:

• Inconsistent markings at transit stations and intersections
• Faded lane demarcations in bus zones, creating confusion for operators and pedestrians
• Slippery surfaces in wet/winter conditions, especially at crossings and curbside platforms
• Rising repainting costs and recurring maintenance disruptions

To support seamless multimodal mobility—where buses, motorists, cyclists, and pedestrians share the same space—municipal engineers needed a system that could deliver durable visibility, anti-slip performance, and long-term cost efficiency.

The Solution: TrafficPatternsXD™ + MMAX™

HUB Surface Systems proposed TrafficPatternsXD™, a preformed thermoplastic system engineered for heavy-use environments with demanding safety, durability, and design requirements.

Key Benefits:

• Embedded aggregate for superior year-round traction—even in rain, snow, or freeze-thaw cycles
• UV-stable, high-contrast markings that resist fading and surface wear
• Fast installation requiring minimal surface preparation
• Built to align with Canadian transportation and Vision Zero guidelines

VIVA Rapid Transit — York Region

York Region installed TrafficPatternsXD™ at more than 30 intersections along the Highway 7 Rapidway, a key BRT corridor designed under the Complete Streets framework. These high-performance applications strengthened safety, visibility, and durability at critical crossing points.

Installations included:

• Bus stop platforms and crosswalks for improved legibility
• Modal transition points connecting cyclists, buses, and pedestrians
• Lane definition in bus priority zones to reduce operator error and improve efficiency

Results:

• Pedestrian channelling for safe bus stop access
• Long-lasting surface visibility through multiple winter seasons
• Stronger alignment with York Region's Complete Streets policy and multimodal expansion

East London Link, Bus Rapid Transit — London, ON

London's East London Link required surface solutions capable of withstanding heavy transit wear while supporting safe cycling integration:

MMAX™ was applied to define bicycle lanes with vibrant, slip-resistant surfacing that cured quickly and minimized traffic disruption.

TrafficPatternsXD™ was installed at intersections and pedestrian conflict zones, improving safety and visibility in winter-prone conditions.

Result: Reduced maintenance interventions, improved traction through freeze-thaw cycles, and stronger alignment with London's Complete Streets and active transportation goals.

Results Across Both Projects

Feedback from municipal stakeholders, planners, and transit operators noted:

• Improved platform navigation and user confidence at pedestrian zones
• Greater safety for cyclists via consistently visible, anti-slip surfaces
• Reduced maintenance frequency compared to traditional paint or epoxy-based treatments
• Improved modal separation, enhancing transit flow and commuter satisfaction

Conclusion

By implementing TrafficPatternsXD™ in these high-impact transit environments, York Region and London created safer, more navigable, and lower-maintenance transit corridors.

These case studies illustrate how performance surfacing contributes to:

• Greater transit efficiency through clear delineation of BRT and LRT zones
• Increased public safety for all road users—including cyclists and pedestrians
• Reduced maintenance costs and fewer disruptive repainting cycles
• Stronger integration of multimodal infrastructure across urban corridors

Trusted by Toronto, Vancouver, London, Mississauga, Richmond, York Region, and Waterloo. Contact HUB Surface Systems to request spec sheets or book a Lunch & Learn.