19839 28 Avenue
Brookswood Langley Langley V2Z 1Y2

$8,699,900
Residential beds: 2 baths: 1.0 1,212 sq. ft. built: 1961

Map / location
Status:
Active
Prop. Type:
Residential
MLS® Num:
R3003172
Bedrooms:
2
Bathrooms:
1
Year Built:
1961
Investor/developer alert - 2.37 acres of flat land in the prime location of the BOOTH NCP in Brookswood OCP. Land is designated for Employment Land Use (with Corresponding Zoning M-1A and M1B Service Industrial). Currently, there is a house and shop on the property, which is rented on a month-to-month basis. There is an application for truck parking across the street.
Property Type:
Residential
Dwelling Type:
Single Family Residence
Home Style:
Basement Entry
Ownership:
Freehold NonStrata
Year built:
1961 (Age: 64)
Living Area:
1,212 sq. ft.
Building Area - Total:
2,424 sq. ft.
Bedrooms:
2 (Above Grd: 2)
Bathrooms:
1.0 (Full:1/Half:0)
Taxes:
$22,208.29 / 2024
Lot Area:
2.37 acre(s)
Lot Frontage:
161'
Lot Details:
161 x
Plan:
NWP34684
Construction Materials:
Frame Wood, Wood Siding
No. Floor Levels:
1.0
Floor Area Fin - Above Main:
0 sq. ft.
Floor Area Fin - Above Main 2:
0 sq. ft.
Floor Area Fin - Main:
1,212 sq. ft.
Floor Area Fin - Total:
1,212 sq. ft.
Fireplaces:
1
Fireplace Details:
Wood Burning
Patio And Porch Features:
Sundeck
Parking Features:
Open
Parking:
Open
Exterior Entry
1
Age Restrictions:
No
Home Owners Association:
No
Land Lease:
No
Utilities:
Electricity Connected, Natural Gas Connected
Electricity:
Yes
Sewer:
Septic Tank
  • Photo 1: 19839 28 Avenue in Langley: Brookswood Langley House for sale : MLS®# R3003172
    Map / location
Listed by Royal LePage Global Force Realty
Data was last updated June 1, 2025 at 04:05 AM (UTC)
Area Statistics
Listings on market:
150
Avg list price:
$1,909,500
Min list price:
$214,900
Max list price:
$11,500,000
Avg days on market:
54
Min days on market:
1
Max days on market:
542
Avg price per sq.ft.:
$659.86
These statistics are generated based on the current listing's property type and located in Brookswood Langley. Average values are derived using median calculations.