Jason Klassen

Cell: (604) 825-7109 |

My Listings

34824 2ND Ave
Poplar Abbotsford O0O 0O0

$489,900
Residential Detached beds: 5 baths: 4.0 2,524 sq. ft. built: 2007

Main Photo: 34824 2ND Ave in Abbotsford: Poplar House for sale in "Huntingdon" : MLS®# F2702054
Status:
Sold
Prop. Type:
Residential Detached
MLS® Num:
F2702054
Bedrooms:
5
Bathrooms:
4
Year Built:
2007
Your new home search stops here. This home features a floor to ceiling rock fireplace, granite kitchen countertops, kitchen pantry, crown mouldings, 9 foot ceiling's on both floors, hardwood & tile floorin g, soaker tub, vaulted ceiling, four bathrooms and a 2 bedroom legal basement suite. Completion mid April. GST included in price.
Price:
$489,900
Dwelling Type:
House/Single Family
Property Type:
Residential Detached
Home Style:
Basement Entry
Bedrooms:
5
Bathrooms:
4.0
Year Built:
2007
Floor Area:
2,524 sq. ft.
Lot Size:
5,837.049 sq. ft.
MLS® Num:
F2702054
Status:
Sold
Floor
Type
Size
Other
Main F.
Dining
15'6" × 11'8"
-
Main F.
Kitchen
13' × 12'6"
-
Main F.
Great Room
21' × 15'
-
Main F.
Laundry
6'8" × 5'11"
-
Main F.
Bedroom
12' × 9'
-
Main F.
Bedroom
11' × 9'
-
Main F.
Master Bedroom
13' × 12'8"
-
Below
Bedroom
12'10" × 10'2"
-
Below
Bedroom
14' × 10'2"
-
Below
Kitchen
13'6" × 13'
-
Main F.
Family Room
13'6" × 13'4"
-
Main F.
Den
11' × 8'
-
Floor
Ensuite
Pieces
Other
Main F.
Yes
4
Main F.
No
4
Below
No
4
Below
No
2
  • Photo 1: 34824 2ND Ave in Abbotsford: Poplar House for sale in "Huntingdon" : MLS®# F2702054
    Photo 1 of 2
  • Photo 2: 34824 2ND Ave in Abbotsford: Poplar House for sale in "Huntingdon" : MLS®# F2702054
    Photo 2 of 2
Larger map options:
Listing information last updated on July 10, 2012 at 03:54 AM (UTC)
Area Statistics
Listings on market:
17
Avg list price:
$1,350,000
Min list price:
$185,000
Max list price:
$5,300,000
Avg days on market:
90
Min days on market:
3
Max days on market:
333
Avg price per sq.ft.:
$372.16
These statistics are generated based on the current listing's property type and located in Poplar. Average values are derived using median calculations.
JASON KLASSEN