100-28 207th Street, Queens Village, NY 11429
- 3 beds |
- 2 baths |
- 1,500 sqft
Single-Family Home
Built in 1925
3,999sqft lot
—— car garage
$566/sqft
Listed 4 days ago
Property Description
Welcome to this Renovated, Move-In Ready, 3-4 BR and 1.5 Bath Colonial Gem, nestled on a quiet, tree-lined block in desirable Queens Village. Step into an inviting foyer with a large coat closet and admire the gleaming hardwood parquet floors throughout. Just off the entryway, you'll find a bright office or 4th bedroom with French doors—an ideal space for working remotely. Enjoy generous living and entertaining space in the large living room and formal dining room, alongside an updated half bath. Modern EIK with Quartzite Countertops with Island, Stackable Brand New Washer/Dryer, Vaulted Ceiling with Skylight. The 2nd Floor has 3 Nice Size Bedrooms and a Full Bathroom with tub. 3rd Floor has a walk up finished attic with endless possibilities. The full basement includes ample storage rooms, a utility room, brand new gas heating system and hot water heater, and a private side entrance leading to the large backyard and side yard—perfect for entertaining or relaxing outdoors. Conveniently located near public transportation, shops, and schools, this home offers both comfort and accessibility. This charming home blends classic appeal with modern upgrades, perfect for today's lifestyle.
- Listing Status:
- Active
- Listing Office:
- Coldwell Banker American Homes : 516-223-2525
- MLS ID:
- 893473

- General: Ceiling Fan(s)Eat-in KitchenEntrance FoyerFormal DiningHigh CeilingsKitchen IslandOpen FloorplanQuartz/Quartzite CountersStorageWasher/Dryer Hookup
- Appliances: DishwasherDryerGas CooktopGas OvenMicrowaveRefrigeratorWasherGas Water Heater
- Laundry: Gas Dryer HookupIn KitchenWasher Hookup
- Basement: FullPartially Finished
- Flooring: Hardwood
- A/C: None
- Heating: Natural Gas
This listing courtesy of Coldwell Banker American Homes
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $