3005 Maddams St
Vancouver · PID 031-929-435
What BC law allows here
This lot is in a transit-oriented area: BC law lets the city approve buildings up to 8 storeys here.
Front of the lot
Google Street View from the street in front of the lot; drag to look around. Photos may be a few years old. Imagery © Google.
Aerial view
Satellite photo, the pin marks the lot. Imagery © Google.
Google Map
Lot facts
- Address
- 3005 Maddams St
- City
- Vancouver
- PID
- 031-929-435
- Lot size
- 340 m² · 3,660 ft²
- Zone
- RT-2 Houses, duplexes & small multiplexes RT-2 rules
- Homes guide
- How many homes can I build in Vancouver?
- Property tax
- $3.36 per $1,000 of assessed value
• Near a frequent bus stop
Zoning rules · RT-2 · Two-Family Dwelling District (RT-2)
Mainly permit duplexes and conditionally permit low-density multiple dwellings (s.1.1).
- Max floor area
- 2,745 ft² (255 m²), floor space ratio 0.75
- Max height
- 30 ft (9.2 m), 2 + cellar (or 1 + basement) storeys
- Max building footprint
- 1,464 ft² (136 m²)
- Setbacks
- front 7.3 m, side 1.5 m, rear 10.7 m
- Homes
- Duplex (2) or conditional low-density multiple dwelling; no unit cap stated.
Zoning and Development By-law No. 3575 (district schedules consolidated to 2026-06; RT-1, RT-2, RT-4/4A, RT-8, RT-10, RM-2, RM-3, FM-1 headers read May 2026; RM-6 February 2026) · s.1.1, 2.1, 3.1.1.1, 3.1.2, 3.2.1.1, 3.2.2, 4.1.2, 4.3.1. 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.
Nearby lots
- 1293 E 14th Ave 579 m² · R3-2
- 1322 E 13th Ave 374 m² · RT-5
- 1344 E 13th Ave 376 m² · RT-5
- 1362 E 13th Ave 374 m² · RT-5
- 1387 E 13th Ave 374 m² · RT-5
- 1416 E 13th Ave 374 m² · RT-5
- 1462 E 15th Ave 347 m² · RT-2
- 1517 13th Ave E 23 m² · RT-5
- 2808 Woodland Dr 25 m² · RM-11
- 2919 Woodland Drive 334 m² · RT-5
- 3008 Clark Drive 409 m² · RT-2
- 3037 Clark Dr 19 m² · R3-2