Rob Drysdale

Cell: (604) 220-1991 |

My Featured Listings

406 12110 80TH Avenue
West Newton Surrey V3W 0V2

$124,900
Residential Attached beds: 1 baths: 1.0 547 sq. ft. built: 1994

Main Photo: 406 12110 80TH Avenue in Surrey: West Newton Condo for sale in "LA COSTA GREEN" : MLS®# F1022923
Status:
Sold
Prop. Type:
Residential Attached
MLS® Num:
F1022923
Bedrooms:
1
Bathrooms:
1
Year Built:
1994
TOP FLOOR condo with in suite laundry, covered balcony, natural gas fireplace and locker. Great convenient location a short stroll to shopping and transit. Perfect for the first time buyer cheaper than renting. Best price in complex!
Price:
$124,900
Dwelling Type:
Apartment Unit
Property Type:
Residential Attached
Home Style:
1 Storey, Rancher/Bungalow
Bedrooms:
1
Bathrooms:
1.0
Year Built:
1994
Floor Area:
547 sq. ft.
Lot Size:
0 sq. ft.
MLS® Num:
F1022923
Status:
Sold
Floor
Type
Size
Other
Main F.
Living Room
13'6" × 9'
-
Main F.
Kitchen
11'6" × 7'
-
Main F.
Eating Area
6' × 4'6"
-
Main F.
Bedroom
14'6" × 9'
-
Main F.
Laundry
5'4" × 5'
-
Floor
Ensuite
Pieces
Other
Main F.
No
4
-
-
-
-
-
-
-
-
-
-
-
-
-
-
  • Photo 1: 406 12110 80TH Avenue in Surrey: West Newton Condo for sale in "LA COSTA GREEN" : MLS®# F1022923
    Photo 1 of 4
  • Photo 2: 406 12110 80TH Avenue in Surrey: West Newton Condo for sale in "LA COSTA GREEN" : MLS®# F1022923
    Photo 2 of 4
  • Photo 3: 406 12110 80TH Avenue in Surrey: West Newton Condo for sale in "LA COSTA GREEN" : MLS®# F1022923
    Photo 3 of 4
  • Photo 4: 406 12110 80TH Avenue in Surrey: West Newton Condo for sale in "LA COSTA GREEN" : MLS®# F1022923
    Photo 4 of 4
Larger map options:
Listing information last updated on October 13, 2010 at 11:23 PM (UTC)
Area Statistics
Listings on market:
120
Avg list price:
$469,000
Min list price:
$229,900
Max list price:
$729,000
Avg days on market:
61
Min days on market:
6
Max days on market:
322
Avg price per sq.ft.:
$394.61
These statistics are generated based on the current listing's property type and located in West Newton. Average values are derived using median calculations.
ROB DRYSDALE