4822 MANSFIELD Avenue Coming Soon Save Request In-Person Tour Request Virtual Tour
Royal Oak,MI 48073
Key Details
Property Type Condo
Sub Type Townhouse
Listing Status Coming Soon
Purchase Type For Sale
Square Footage 950 sqft
Price per Sqft $236
Subdivision Georgetown Of Royal Oak Condo Occpn 1491
MLS Listing ID 20250026060
Style Townhouse
Bedrooms 2
Full Baths 1
Half Baths 1
HOA Fees $379/mo
Year Built 1967
Annual Tax Amount $4,297
Property Sub-Type Townhouse
Property Description
Tenant in Place – Lease Ends June 30, 2025
This property is currently tenant-occupied with a lease in place through June 30, 2025. The tenant is open to extending the lease if purchased by an investor. Alternatively, the property can be delivered vacant after the lease ends, making it a great opportunity for both investors and owner-occupants. Welcome to this delightful townhouse-style condo nestled in north Royal Oak, right on the Birmingham border! Inside, hardwood floors add warmth and character to the living room, dining area, and all bedrooms. Start your mornings soaking in the sunshine from the kitchen nook, or step outside to your private patio surrounded by lush, vibrant foliage—perfect for relaxing or entertaining. No matter the weather, you'll love retreating to the finished basement—ideal for game day hangouts or curling up with a good book. Location is key: just 9 minutes to both Beaumont Hospital and downtown Birmingham, and only minutes to downtown Royal Oak.
Location
State MI
County Oakland
Area Royal Oak
Rooms
Kitchen Dishwasher,Free-Standing Gas Range,Free-Standing Refrigerator,Microwave
Interior
Hot Water Natural Gas
Heating Forced Air
Cooling Central Air
Exterior
Exterior Feature Lighting
Garage Description No Garage
Roof Type Asphalt
Building
Foundation Basement
Sewer Public Sewer (Sewer-Sanitary)
Water Public (Municipal)
Structure Type Brick
Schools
School District Royal Oak
Others
Acceptable Financing Cash,Conventional
Listing Terms Cash,Conventional
Virtual Tour https://unbranded.visithome.ai/TBwmPtKJH6ZabgdQWjDYGr?mu=ft