10420 68th Drive AA01, Forest Hills, NY 11375
- 2 beds |
- 1 bath |
- 900 sqft
Condominium
Built in 1954
—— sqft lot
—— car garage
$466/sqft
Listed 1 month ago
Property Description
Welcome to The James Monroe — a boutique co-op tucked just off Queens Boulevard in the heart of Forest Hills. This spacious 2-bedroom co-op offers the perfect blend of neighborhood charm, convenience, and comfortable living in one of Queens’ most sought-after residential communities. Situated on the ground level with its own garden-style entrance, the home provides a unique townhouse-like feel while still enjoying the benefits of full-service co-op living. The layout features generously sized bedrooms, a bright living area, hardwood floors, ample closet space, and a welcoming flow ideal for both everyday living and entertaining. The James Monroe is a well-maintained post-war cooperative known for its boutique atmosphere, attentive staff, renovated common areas, fitness center, laundry facilities, bike storage, and garage parking availability. Residents appreciate the building’s quiet setting while remaining moments from everything Forest Hills has to offer. Just steps from the E/F/M/R subway lines, express buses, and the LIRR, commuting into Manhattan and throughout Queens is exceptionally convenient. Nearby Austin Street offers a vibrant mix of restaurants, cafés, and shopping, while parks, tennis clubs, and neighborhood conveniences are all within close reach.
- Listing Status:
- Active
- Data Last Updated:
- June 25, 2026 at 7:22AM
- Listing Office:
- Coldwell Banker Kueber Realty : 718-628-0100
- MLS ID:
- 1003836

- Style: Other
- Parking: On Street
- Originating MLS: onekey2
- School District: Queens 28
- County: Queens
- Zoning: 02139-0007-10420-000-000AA01
- Utilities: Cable AvailableElectricity ConnectedNatural Gas Connected
- Water: Public
- Sewer: Public Sewer
- Source: onekey2
This listing courtesy of Coldwell Banker Kueber Realty
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $






