1083 Lombard Avenue, Saint Paul, MN 55105
- 4 beds |
- 5 baths |
- 2,797 sqft
Single-Family Home 
Built in 1924 
5,968sqft lot
2 car garage 
$375/sqft 
Listed 2 days ago
Property Description
Built in 1924, and reimagined in 2023, this stately Mediterranean Colonial was extensively updated throughout. The original oak flooring has been refinished and every wall painted or papered. Various tasteful upgrades, along with rejuvenating a main floor powder room and a large dining room, create a home perfect for entertaining. The upper level was also reorganized to create a large primary suite complete with a spacious dressing room and second-floor laundry. An adjoining 3/4 bath features imported blue ceramic tiles. The living room invites relaxation in front of a wood-burning fireplace during chillier nights, and in the summer months, sip a zesty mint julep within the new screened-in porch. An attractive eat-in kitchen features custom cabinetry, built-in appliances, soapstone counters, a Heath Ceramic tile backsplash, ample storage and a Wolf brand six-burner gas range with a proper vent hood. The lower level features a large family room, a brand new 3/4 bath with a second laundry, and a private guest suite. A newly constructed two-car garage has been wired for EV. This property, on a tree-lined street, is close to the MSP airport and various schools with many unique restaurants, shops, and parks within a short commute.
- Listing Status:
- Active
- Data Last Updated:
- June 3, 2026 at 10:17PM
- Listing Office:
- Lynden Realty, Ltd. : 651-228-0404
- MLS ID:
- 7084893
- General: Stucco
- Parking: Detached Garage
- Roofing: Architectural Shingle
- General: TwoBlock
- Road/Access: City Street
- HOA Amenities: 0.0
- Originating MLS: northstar
- School District: St. Paul
- County: Ramsey
- Zoning: 112823220071
- Water: City Water/Connected
- Sewer: City Sewer/Connected
- Source: northstar
This listing courtesy of Lynden Realty, Ltd.
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $
