black and white bed linen

Transforming Toronto’s busiest North York transfer point into a safe, legible, and welcoming gateway, separating modes, improving last-mile access, and creating a vibrant civic forecourt.

Mobility hub streetscape architecture integrating transit, cycling, and pedestrian public space in N
Mobility hub streetscape architecture integrating transit, cycling, and pedestrian public space in N

Yonge & Finch Mobility-Hub Streetscape Upgrade

Location: Yonge Street at Finch Avenue (Finch Station TTC / GO / YRT Mobility Hub)

Current Issues

  • Gap in east–west connections. People exiting North York Centre or Sheppard–Yonge subway must detour long blocks; mid-block crossings are scarce and unsafe, especially at night.

  • Last-mile friction. The “ring roads” (Beecroft & Doris) function as fast bypasses; there are few protected routes for micromobility (bikes, scooters, delivery).

  • Under-performing edges. Building forecourts and setbacks along Beecroft/Doris are fragmented, windy, and unprogrammed—poor places to linger or wait for rideshare.

  • Event overflow & wayfinding. Big draws (Civic Centre, Douglas Snow, Empress Walk, Mitchell Field) create surges with unclear pedestrian paths and limited shaded seating.

  • Collision & near-miss pattern. Turning conflicts at Park Home/Empress and Sheppard approaches; long crossing distances and poor night visibility.

Why This Matters

  • The City has invested in density, transit, and cultural assets here, but the public-realm network between them is discontinuous.

  • A safe, legible west–east spine would reduce jaywalking, calm speeds on the ring roads, strengthen retail, and support recurring events.

  • Deliverable within ROW & setbacks using quick-build materials first, then permanent works.

Proposed Solution

Create a “West–East Connector Spine” linking Beecroft → Yonge → Doris at three key bands:

  1. Park Home / Empress, 2) North York Blvd, 3) Sheppard Ave.
    Each band receives:

  • Protected Cross-Town Links. Curb-separated cycle tracks & widened sidewalks from Beecroft to Doris with priority mid-block crossings at Yonge.

  • Pocket-Plazas @ Gateways. Programmable nodes (shade canopies, power, water, seating) at Beecroft & Doris corners to absorb crowds and host pop-ups.

  • Safer Intersections. Tightened curb radii, raised crosswalks, leading pedestrian intervals (LPI), scramble at the heaviest crossing, and continuous nighttime lighting.

  • Green/Blue Additions. Linear rain-gardens in the furnishing zone, wind-buffer planting, and permeable pavers to reduce splash and heat.

  • Wayfinding Layer. Ground inlays + vertical beacons to theatres, rink, library, subway, and civic buildings.

Design Features

  • Protected Micromobility Spine (both sides): 2.0–2.5 m bi-directional track + 2.5–3.0 m pedestrian clearway; 0.6–0.9 m buffer with planters/curbs.

  • Raised Mid-block Crossings at Yonge (one per band), daylighted by 5 m setback; tactile surfaces for accessibility.

  • Pocket-Plazas (350–600 m² each): modular benches, pergola shade, 20A power posts, water bib, event lighting; coordinated retail spill-out.

  • Green-Blue Furnishing Zone: alternating rain-gardens (1.2 m wide) and tree trenches; salt-tolerant species; subsurface soil cells.

  • Night Visibility Package: continuous pole lights (3000 K), warm under-bench LEDs, and crosswalk floodlighting tied to LPIs.

  • Deliveries & TNC Pick-up: signed curb bays off the cycle track (with steel islands) to eliminate conflicts.

Design Features

  • Protected Micromobility Spine (both sides): 2.0–2.5 m bi-directional track + 2.5–3.0 m pedestrian clearway; 0.6–0.9 m buffer with planters/curbs.

  • Raised Mid-block Crossings at Yonge (one per band), daylighted by 5 m setback; tactile surfaces for accessibility.

  • Pocket-Plazas (350–600 m² each): modular benches, pergola shade, 20A power posts, water bib, event lighting; coordinated retail spill-out.

  • Green-Blue Furnishing Zone: alternating rain-gardens (1.2 m wide) and tree trenches; salt-tolerant species; subsurface soil cells.

  • Night Visibility Package: continuous pole lights (3000 K), warm under-bench LEDs, and crosswalk floodlighting tied to LPIs.

  • Deliveries & TNC Pick-up: signed curb bays off the cycle track (with steel islands) to eliminate conflicts.

Phasing & Delivery

  • Phase 1 (Quick-Build, 0–12 months): paint + post protected cycle lanes; temporary PUDO bays with geofencing; curb extensions using modular planters; upgraded crosswalk markings; pilot wayfinding.

    Phase 2 (Capital, 12–36 months): full curb relocation and sidewalk widening; permanent PUDO lay-by; utility relocation; canopies, trees, bio-swales, granite paving, and smart lighting; mobility hub facilities.

    Phase 3 (Programming, ongoing): monthly night market, cultural performances, and community activation managed with BIA & City.

Phasing & Delivery

  • 25–40% reduction in turning-related conflicts at the three bands.

  • +15–25% increase in dwell time and evening footfall at gateway nodes.

  • Mode shift to walking/micromobility on ring roads; improved retail frontage performance.

  • Heat & stormwater relief via linear green-blue infrastructure.

Mobility hub streetscape architecture integrating transit, cycling, and pedestrian public space in N
Mobility hub streetscape architecture integrating transit, cycling, and pedestrian public space in N
Mobility hub streetscape architecture integrating transit, cycling, and pedestrian public space in N
Mobility hub streetscape architecture integrating transit, cycling, and pedestrian public space in N
Mobility hub streetscape architecture integrating transit, cycling, and pedestrian public space in N
Mobility hub streetscape architecture integrating transit, cycling, and pedestrian public space in N