7515 Mary Avenue NW, Seattle, WA 98117
- 2 beds |
- 2 baths |
- 1,860 sqft
Single-Family Home
Built in 1929
5,419sqft lot
—— car garage
$484/sqft
Listed 14 days ago
Property Description
Charming 1929 Tudor in Ballard’s Whittier Heights neighborhood. This home features spacious rooms, abundant natural light and perfectly blends the old world charm with modern updates. Period details include coved ceilings & picture rail moldings but without the old systems-this home has modern wiring and plumbing throughout. Updated kitchen & bathrooms, very spacious bonus room off the back of the home and formal dining room. You’ll love the beautiful, oversized backyard. Great storage in the unfinished basement and shed. Two blocks from desirable Whittier Elementary School, Two blocks from Whittier's "not so secret" shops and restaurants on NW 70th Street-Delancey, Rosellini’s, Frankie & Jo’s and more! Perfectly located between Phinney Ridge, Greenwood and Ballard and not a bad commute to SLU or Downtown Seattle.
- Listing Status:
- Pending
- Data Last Updated:
- August 13, 2026 at 2:21AM
- Listing Office:
- Lake & Company : 206-527-1777
- Listing Agent:
- Danny Adamson : 206-527-1777
- MLS ID:
- 2561572

- General: Built-In VacuumCeiling Fan(s)Dbl Pane/Storm WindowDining RoomFireplaceFrench DoorsSkylight(s)Vaulted Ceiling(s)Water HeaterWet Bar
- Appliances: DishwasherDisposalDryerRefrigeratorStove(s)/Range(s)Washer
- Basement: Partially Finished
- Flooring: Ceramic TileHardwood
- A/C: None
- Heating: Forced Air
- Fireplace: GasWood BurningFireplaceFireplaces: 2
- General: StuccoWood
- Parking: DrivewayAttached GarageParking spaces: 1
- Roofing: Composition
- General: One and One HalfPoured Concrete
- HOA Amenities: 0.0
- Originating MLS: nwmls
- School District: Seattle
- County: King
- Topography: Level
- Zoning: 7748000030
- Water: Public
- Sewer: Sewer Connected
- Source: nwmls
This listing courtesy of Danny Adamson , Lake & Company
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $






