For more information regarding the value of a property, please contact us for a free consultation.
2435 ROSELAWN Street Wolverine Lake, MI 48390 1944
Want to know what your home might be worth? Contact us for a FREE valuation!
Our team is ready to help you sell your home for the highest possible price ASAP
Key Details
Sold Price $198,000
Property Type Single Family Home
Sub Type Single Family
Listing Status Sold
Purchase Type For Sale
Square Footage 1,100 sqft
Price per Sqft $180
Subdivision Wolverine Lake Manor
MLS Listing ID 60266453
Sold Date 01/03/24
Style 1 Story
Bedrooms 3
Full Baths 1
Abv Grd Liv Area 1,100
Year Built 1966
Annual Tax Amount $2,264
Lot Size 9,583 Sqft
Acres 0.22
Lot Dimensions 71.00 x 137.00
Property Description
Delightful ranch-style home features three cozy bedrooms and one well-appointed bathroom, making it perfect for a small family or those looking for single-level living. The fenced backyard offers privacy and security, providing an ideal space for relaxation and outdoor activities. Conveniently located just down the street are tennis courts. Optional association membership available, granting access beach, park, and boat launch. This versatile property offers both comfort and recreational opportunities, making it a great place to call home.
Location
State MI
County Oakland
Area Wolverine Lake (63282)
Rooms
Basement Partially Finished
Interior
Hot Water Gas
Heating Forced Air
Cooling Ceiling Fan(s), Central A/C
Appliance Dryer, Range/Oven, Refrigerator, Washer
Exterior
Garage Attached Garage
Garage Spaces 1.0
Waterfront No
Garage Yes
Building
Story 1 Story
Foundation Basement
Water Community
Architectural Style Ranch
Structure Type Brick
Schools
School District Walled Lake Cons School District
Others
Ownership Private
Assessment Amount $202
Energy Description Natural Gas
Acceptable Financing Conventional
Listing Terms Conventional
Financing Cash,Conventional,FHA,VA
Read Less
Provided through IDX via MiRealSource. Courtesy of MiRealSource Shareholder. Copyright MiRealSource.
Bought with LPS