447 Hillside Ave, Needham, MA 02494
- 6 beds |
- 7 baths |
- 4,953 sqft
Single-Family Home
Built in 2026
10,019sqft lot
1 car garage
$424/sqft
Listed 2 months ago
Property Description
Almost 5,000 sq ft of luxury living for just over $2m. New construction in one of the most convenient locations in Needham. Walk to everything in minutes. Luxurios large townhome with the feel of a single family boasts all 6 en-suite bedrooms and a powder room. First floor 10-ft ceilings, custom kitchen with Thermador appliances. Desirable first floor en-suite bedroom or office, large family room with fireplace and dining area lead to oversized patio with fenced in yard. Second floor invites you to two en-suite bedrooms and a lavish master suite with His and Her closets and spa-like bathroom with heated floors. Top level includes large playroom, bedroom and a full bath. Walk out lower level with 9 ft ceilings, large entertainment room with wet bar and wine cooler, bedroom with full bath and a 2nd laundry. Build by a local premium builder with 1-year home warranty. First floor-1,470. Second floor-1,456. Top floor-815. Lower level-1,212.
- Listing Status:
- Active
- Date Added:
- February 11, 2026
- Data Last Updated:
- May 1, 2026 at 7:06AM
- Listing Office:
- Luxury Realty Partners : 617-604-1800
- Listing Agent:
- Gregory Keshishyan : 617-799-9001
- MLS ID:
- 73476111

- General: PatioProfessional LandscapingSprinkler SystemFenced Yard
- Style: Contemporary
- Parking: AttachedPaved DriveOff Street
- Roofing: Shingle
- Windows: Insulated Windows
- General: FrameConcrete Perimeter
- Road/Access: Public
- Originating MLS: MLS Property Information Network
- County: Norfolk
- Zoning: GR143013
- Fencing: Fenced
- Utilities: for Electric Rangefor Electric DryerWasher Hookup110 Volts200+ Amp Service
- Water: Public
- Sewer: Public Sewer
- Source: MLS Property Information Network
This listing courtesy of Gregory Keshishyan , Luxury Realty Partners
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $





