fbpx

$729,000
2 bed
1 bath
840 Sqft
4,945 Sqft lot

4192 Maple Ave, Oakland, California 94602

  • Residential Property Type
  • 11 Days Time on market
  • $868 Price per sqft
  • 1952 Year Built
Property Description

New Listing! Charming Lincoln Heights Bungalow showcasing a white picket fence and a beautiful front yard garden. This beautifully updated home is in pristine condition. Enjoy all-level living, an open floor plan and Bay views. Large windows in the living room bathe the area in natural light while decorative tile on the fireplace makes the space come alive. The dining area adjoins a tastefully remodeled kitchen. The island peninsula layout provides room for the chef to create while entertaining guests. Banks of pantry cabinets connect the kitchen to the laundry room. A glass door opens out to the verdant backyard. Two bedrooms share a thoughtfully updated hall bathroom. The backyard highlights a generous patio for dining alfresco and hanging out with friends. The tiered yard provides multiple vantage points for taking in the Bay and city views. Convenient to shops, restaurants, parks and transportation. Open Sunday 2-4:30pm.

Basic Details
Residential
Buy
41072334
$729,000
2
1
840 Sqft
1952
4,945 Sqft
Pending
Single Family Residence
Click Here
Houses
Virtual Tour
Features
: Forced Air
: Central Air
: Living Room
: Patio
: Dryer, Washer
: Bungalow
1
$0
: Shingle
: Public Sewer
Address
CA
Alameda
Oakland
94602
4192 Maple Ave
4192
0
W123° 48' 4.5''
N37° 48' 10.6''
Additional Information
11
1
1
1
: One
1
1
1
0 Sqft
0 Sqft
0 Sqft
0.11 Sqft
4,945 Sqft
0 Sqft
291075492
$0
$0
$0
$0
1
$0
$0
0 Sqft
0 Sqft
$0
1
18/09/2024
18/09/2024 00:00:00
$729,000
Cash,Conventional
Lincoln Blvd to Carmel Ave to Maple Ave Cross Street: Carlsen St.
The GRUBB Company
Regina Jacobs
BMLS-OBOGRUB
BMLS-R01435429
$0
: Wood Siding
12
: Tile, Wood
1
: Streetlevel, Back Yard, Front Yard, Sloped Up
1
LINCOLN HEIGHTS
1
1
US-06001-N-291075492-R-N
SingleFamilyResidence
06/09/2024 21:37:05
Maple Ave
Mortgage Calculator
$
$ %
years
%
$ %per year
$ %per year

$