7774 Rosewood Street

Single Family Residence For Sale in Burnaby Lake, Burnaby South

$1,968,000
  • 5 Beds
  • 3 Baths
  • 2,400 Sq. Ft.
  • Built 1955
Investors and builders ALERT!Two levels solid bungalow sitting on 50' x 204' lot, Move in or develop 1-6 units (check with city) 3 bedroom up,2 bedroom down with separate entrance and 3 bathrooms in the beautiful & quiet Burnaby Lake area! Double glazing windows, laminated floor,updated kitchen and 8 years old roof. Central location close to everything! Close to Deer Lake Park, Robert Burnaby Park & Burnaby Lake. 5 mins drive to Highgate Mall, Edmonds Community Centre,& Skytrain station. 10 mins drive to Metrotown & Crystal Mall. School catchment: Lakeview Elementary, Burnaby Central Secondary. Huge backyard for your BBQ’s/entertainment/gardening etc.
Address
7774 Rosewood Street
List Price
$1,968,000
Property Type
Residential
Type of Dwelling
Single Family Residence
Structure Type
Residential Detached
Area
Burnaby South
Sub-Area
Burnaby Lake
Bedrooms
5
Bathrooms
3
Floor Area
2,400 Sq. Ft.
Main Floor Area
1200
Lot Size
10200 Sq. Ft.
Lot Size Dimensions
50 x 204.00
Lot Size (Acres)
0.23 Ac.
Lot Features
Recreation Nearby
Lot Size Units
Square Feet
Total Building Area
2400
Frontage Length
50
Year Built
1955
MLS® Number
R3008587
Listing Brokerage
Royal Pacific Tri-Cities Realty
Basement Area
Finished, Exterior Entry
Postal Code
V5E 2H1
Zoning
R5
Ownership
Freehold NonStrata
Parking
Open, Front Access
Tax Amount
$5,571.12
Tax Year
2024
Site Influences
Garden, Private Yard, Recreation Nearby
Exterior Features
Garden, Private Yard
Appliances
Washer/Dryer, Refrigerator, Stove, Range Top
Board Or Association
Greater Vancouver
Heating
Yes
Heat Type
Forced Air
Fireplace
Yes
Fireplace Features
Wood Burning
Number of Fireplaces
1
Laundry Features
In Unit
Other Structures
Shed(s)
Levels
Two
Number Of Floors In Property
2

Request More Info or a Showing

Brandon Gee-Moore

REMAX Crest Realty

Office: (604) 889-9711

Brandon@BrandonGeeMoore.com

#1-5050 Kingsway, Burnaby BC V5H 4C2