$189,900
10964 Harold Drive, Luna Pier, MI 48157
- 2 beds |
- 2 baths |
- 946 sqft
Single-Family Home
Built in ——
5,227sqft lot
—— car garage
$201/sqft
Listed 1 day ago
Property Description
Awesome opportunity to live on Lake Erie - the panoramic views are amazing!! Brand new roof shingles with tear off and new rubber roof on the house plus new roof on the shed. Spacious living areas, replacement windows, all appliances remain as well as most of the contents. Deck and patio off the living room to enjoy lake living plus fenced yard and large shed. Possession at closing too!
- Listing Status:
- Active
- Listing Office:
- The Danberry Company - Temperance : 7348476702
- Listing Agent:
- Michelle Nieman : 4192507300
- MLS ID:
- 57050193900

- General: Sheds
- Style: Traditional
- Other Structures: DeckPatio
- Pool: None
- Windows: Bay windowsWindow treatments
- General: Vinyl sidingOneandOneHalfCrawl space
- Originating MLS: Southeastern Border Association of REALTORS
- School District: Mason
- County: Monroe
- Zoning: LOT 10ASSESSORS PLAT NO 2ACCORDING TO THE PLAT THEROFAS RECORDED IN LIBER 7 OF PLATSPAGE 23BEING A PART OF THE SE FRAC. 1/4 SECTION 2T8SR8EEXCEPT THAT PART COM AT THE NE COR OF LOT 10 TH S 33 DEG 29' W 6 FT TH NW'LY TO A PT ON THE W'L Y LI OF SD LOT 10 BEING 8 FT S 36 DEG 38' W FR THE NW COR OFSD LOT 10 TH N 36 DEG 38' E 8 FT TH NE'LY ALG THE N'LY LI OF SD LOT 1090.35 FT TO THE P O B ALSO ALL THAT PART OF SEC 2 T8S R8E DESC AS ALL THAT PART OF FORMER T O B & N R R R/W E'LY OF TH E C LI OF HAROLD DR. CONTINUED. DESCRIPTION CONTINUATION OF PROPERTY 5851 020 010 00. HAROLD DR WHICH LIES BETW THE N'LY & S'LY LOT LI OF LOT 10 EXTENDED W'ERY TO THE CL OF HAROLD DR.EXCEPT THE N 8 FEET THEREOF.5102001000
- Fencing: Fenced
- Waterfront: 30
- Water: Public
- Sewer: Public sewer
- Source: Southeastern Border Association of REALTORS
This listing courtesy of Michelle Nieman, The Danberry Company - Temperance
Monthly Payment
$Est. Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $


