11578 Duncan Plains Road NW, Johnstown, OH 43031
- 5 beds |
- 4 baths |
- 3,200 sqft
Single-Family Home 
Built in 2003 
2acre lot
2 car garage 
$308/sqft 
Listed 19 days ago
Property Description
Offered as a turnkey, fully furnished short-term rental opportunity, this traditional two-story home sits on a 2-acre lot in Johnstown Monroe Schools, minutes from Intel and the New Albany International Business Park. Previously operated as a successful Airbnb, the home offers 5 bedrooms, 3 full baths, 1 half bath, and approximately 3,200 square feet of finished living space. The main level features hardwood floors, a living room with stone wood-burning fireplace, formal dining room, family room, and kitchen with white cabinetry, granite counters, stainless steel appliances, center island, and breakfast nook. A first-floor laundry room and half bath add convenience. Upstairs are four bedrooms and two full baths, including the primary suite with vaulted ceiling, walk-in closet, and private bath with dual vanity. The finished walk-out lower level adds approximately 800 square feet with a full bath, gathering areas, and the 5th bedroom. Outdoor living includes fenced yard space, a covered front porch, elevated rear deck with covered dining area, lower patio, open lawn, 2-car attached garage, and additional parking.
- Listing Status:
- Active
- Date Added:
- June 18, 2026
- Data Last Updated:
- July 7, 2026 at 7:36AM
- Listing Office:
- New Albany Realty, LTD : 614-939-8900
- Listing Agent:
- Robert J Riddle : 614-578-4199
- MLS ID:
- 226022389
- Style: Traditional
- Windows: Insulated All
- General: StoneVinyl SidingTwoPoured
- Originating MLS: Columbus and Central Ohio Regional MLS
- School District: JOHNSTOWN MONROE LSD 4503 LIC CO.
- County: Licking
- Zoning: 052-172578-00.002
- Water: Private
- Sewer: Private Sewer
- Source: Columbus and Central Ohio Regional MLS
This listing courtesy of Robert J Riddle , New Albany Realty, LTD
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $
