2 Myers Lane, Hyde Park, NY 12538
- 3 beds |
- 3 baths |
- 2,184 sqft
Single-Family Home
Built in 1976
0.86acre lot
2 car garage
$229/sqft
Listed 19 days ago
Property Description
Welcome to 2 Myers Lane in Hyde Park! This raised ranch offers 2,184 sqft of living space with 3 bedrooms, 2.5 baths, and a 2-car attached garage. The massive primary suite includes its own full bath, while the main level feels bright and open with high wood-beamed ceilings, original hardwood floors, newer windows, fresh paint from just last year, and a beautifully updated kitchen. A convenient in-home elevator with battery backup for easy access to all levels. The lower level features a cozy family room with a wood-burning fireplace and laundry area, while an enclosed sunroom opens to a raised deck with no stairs for added security. Updates include two remodeled bathrooms, a washer and dryer less than one year old, and all appliances included. Set on a great lot surrounded by trees, the property also boasts an outdoor fireplace, a water well that has never run dry, a new driveway installed two years ago, and a roof approximately five years old, plus added features such as a water softener, security system, and the peace of mind of a pet-free home. Conveniently located less than two miles from a fire station and close to Amtrak, this home is close to the Hudson River, local restaurants, shopping, and attractions like the Vanderbilt Mansion, the Culinary Institute of America, and Roosevelt’s historic sites.
- Listing Status:
- Active
- Listing Office:
- RE/MAX Town & Country : 845-765-6128
- MLS ID:
- 905496

- General: Fire Pit
- Style: Raised Ranch
- Other Structures: DeckCovered
- Originating MLS: onekey2
- School District: Hyde Park
- County: Dutchess County
- Zoning: 133200-6165-04-862109-0000
- Utilities: Electricity ConnectedSewer Connected
- Water: Well
- Sewer: Septic Tank
- Source: onekey2
This listing courtesy of RE/MAX Town & Country
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $