636 St James Rd E
North Vancouver (District) · PID 007-611-455
What BC law allows here
Under BC's small-scale multi-unit housing law, the city must allow at least 4 homes on this lot (a multiplex, a house with suites, or a house plus a laneway home).
Lot facts
- Address
- 636 St James Rd E
- City
- North Vancouver (District)
- PID
- 007-611-455
- Lot size
- 769 m² · 8,277 ft²
- Zone
- R2 Houses, duplexes & small multiplexes R2 rules
- Homes guide
- How many homes can I build in North Vancouver (District)?
- Property tax
- $3.28 per $1,000 of assessed value
Zoning rules · R2 · Urban Detached Residential Zone
Ground-oriented detached housing with an emphasis on above-ground living, primarily a house which may include a suite and be accompanied by a coach house (inside the Urban Containment Boundary).
- Max floor area
- 6,053 ft² (562 m²), floor space ratio 0.73
- Max height
- 38 ft (11.6 m), 3 (2 within front 6.1 m); coach house 2 storeys
- Max building footprint
- 3,725 ft² (346 m²)
- Setbacks
- front 3.1 m, side 1.2 m, rear 7.6 m
- Homes
- 3 (house + secondary suite + coach house)
Zoning Bylaw No. 3210, 1965 (consolidation 'Document updated October 2026'; exact day not stated) · s.301, s.309(2), Part 5 s.525-1.00, s.525-2.20 (Tables 2.1, 4.1, 5.1, 6.1, 10.1), s.525-3.10 (Table 18.1); Bylaw 8799. Estimated from the bylaw for a lot of this size; confirm with the city before buying or building.
More on the map
The map shows this lot's true shape and buildable area, slope, sun and shadow, walking distances, schools, hazards, rents and building permits nearby.
Open 636 St James Rd E on the map → · North Vancouver (District) overview
Nearby lots
- 2-640 Osborne Rd E 811 m² · R2
- 3181 Princess Ave 816 m² · R2
- 3290 Regent Ave 1,236 m² · R2
- 564 St James Rd E 840 m² · R2
- 585 Osborne Rd E 1,236 m² · R2
- 606 Osborne Rd E 816 m² · R2
- 615 St James Rd E 1,221 m² · R2
- 627 St James Rd E 730 m² · R2
- 644 St James Rd E 761 m² · R2
- 658 Windsor Rd E 742 m² · R2
- 671 St James Rd E 1,228 m² · R2
- 687 St James Rd E 872 m² · R2