$162,000
$160,000
1.3%For more information regarding the value of a property, please contact us for a free consultation.
16634 Parkside Street Detroit, MI 48221-3153
4 Beds
2 Baths
2,323 SqFt
Key Details
Sold Price $162,000
Property Type Single Family Home
Sub Type Single Family
Listing Status Sold
Purchase Type For Sale
Square Footage 2,323 sqft
Price per Sqft $69
MLS Listing ID 70468934
Sold Date 06/30/25
Style 2 Story
Bedrooms 4
Full Baths 2
Abv Grd Liv Area 2,323
Year Built 1928
Annual Tax Amount $3,744
Tax Year 2024
Lot Size 6,098 Sqft
Acres 0.14
Lot Dimensions 50 X 125
Property Sub-Type Single Family
Property Description
Located amongst the rising values of Martin Park, and nearby adjoining areas like University District, Palmer Woods and the Avenue of Fashion lies this opportunity for the savvy investor, or homebuyer looking to do some TLC and have solid equity. This 4 bed, 2 full bath Tudor features over 2000 square feet of classic Detroit beauty waiting to be revived. And a good bit of the work is already done! The house features a mostly redone kitchen, with new cabinets and tile floors, two full bathrooms, and three newly painted 2nd story bedrooms, each with either new hardwoods or higher end carpeting. See it soon! At $160,000 asking price it won't last long. BATVAI. Sold as-is.
Location
State MI
County Wayne
Area Detroit (82001)
Interior
Hot Water Gas
Heating Forced Air
Exterior
Parking Features Detached Garage, Gar Door Opener
Garage Spaces 2.0
Garage Yes
Building
Story 2 Story
Foundation Basement
Water Public Water
Structure Type Brick
Schools
School District Detroit City School District
Others
SqFt Source Public Records
Energy Description Natural Gas
Acceptable Financing Cash
Listing Terms Cash
Financing Cash,Conventional
Read Less
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
Provided through IDX via MiRealSource. Courtesy of MiRealSource Shareholder. Copyright MiRealSource.
Bought with LPS