Rob Davies

Cell: 778-350-5525 |

Search All Listings

Seller Resources

Buyer Resources

Mortgage Calculator

Real Estate Blog

1024 Dunford Avenue
La Langford Proper VICTORIA V9B 2S5

$292,800
Residential beds: 3 baths: 1.0 1,153 sq. ft. built: 1978

Main Photo: 1024 Dunford Avenue in VICTORIA: La Langford Proper Strata Duplex Unit for sale (Langford)  : MLS®# 373826
Prop. Type:
Residential
MLS® Num:
373826
Status:
Sold
Sold Date:
Apr 18, 2017
Bedrooms:
3
Bathrooms:
1
Year Built:
1978
Great fixer upper Excellent Investment. roof new in 2012, spetic tank cleaned 2014-2015, New hot water tank in May 2016 new Ply insulation in 2012. Some work to be done but a great 3 bedroom home close to schools, shopping and transportation
Price:
$292,800
Dwelling Type:
Strata Duplex Unit
Property Type:
Residential
Home Style:
Half Duplex Side/Side
Bedrooms:
3
Bathrooms:
1.0
Year Built:
1978
Floor Area:
1,153 sq. ft.
Lot Size:
0.125 acre(s)
MLS® Num:
373826
Status:
Sold
Floor
Type
Size
Other
Main
Entrance
4' × 3'
Finished
Main
Living
16' × 12'
Finished
Main
Kitchen
14' × 12'
Finished
Main
Laundry
16' × 6'
Finished
Level 2
Mast Bdrm
15' × 10'
Finished
Level 2
Bedroom
11' × 9'
Finished
Level 2
Bedroom
9' × 9'
Finished
Floor
Ensuite
Pieces
Other
Level 2
No
4
Finished
  • Photo 1: 1024 Dunford Avenue in VICTORIA: La Langford Proper Strata Duplex Unit for sale (Langford)  : MLS®# 373826
    Photo 1 of 2
  • Photo 2: 1024 Dunford Avenue in VICTORIA: La Langford Proper Strata Duplex Unit for sale (Langford)  : MLS®# 373826
    Photo 2 of 2
Larger map options:
Listed by RE/MAX Camosun Westshore and RE/MAX Camosun, sold on April, 2017
Listing information last updated on April 18, 2017 at 12:05 PM (UTC)
Area Statistics
Listings on market:
104
Avg list price:
$419,900
Min list price:
$149,000
Max list price:
$1,599,000
Avg days on market:
35
Min days on market:
1
Max days on market:
144
Avg price per sq.ft.:
$380.1
These statistics are generated based on the current listing's property type and located in La Langford Proper. Average values are derived using median calculations.
Rob Davies