5365 N Delphia Avenue 166, Chicago, IL 60656
- 2 beds |
- 1 bath
Condominium
Built in 1977
—— sqft lot
—— car garage
$——/sqft
Listed 2 days ago
Property Description
Welcome to this well-maintained and move-in ready [2-bedroom, 1-bathroom] condo located in the desirable Norwood Park/Jefferson Park area of Chicago! This bright and spacious Unit 166 offers a functional layout with a sun-filled living room, perfect for both everyday living and entertaining. The kitchen features ample cabinet space and flows seamlessly into the dining area, creating a comfortable and practical living space. Enjoy generously sized bedrooms with great closet space and [X full / half bathrooms], offering both comfort and convenience. The unit is part of a well-managed building with professional management and well-maintained common areas. HOA includes: [insert specifics - e.g., heat, water, gas, parking, exterior maintenance, lawn care, snow removal, common insurance], providing for easy, low-maintenance living. Additional features include [assigned parking / storage / laundry / recent updates if applicable]. Please note: Rentals are allowed after a 1-year owner-occupancy requirement, and there is currently a waitlist. Conveniently located near public transportation, expressways, shopping, restaurants, and parks, this home offers the perfect balance of accessibility and neighborhood charm.
- Listing Status:
- Active
- Data Last Updated:
- May 2, 2026 at 9:19PM
- Listing Office:
- Second City Real Estate : 312-392-1650
- Listing Agent:
- Melchor Domantay : 708-979-0852
- MLS ID:
- 12633826

- Parking: YesOwnedParking spaces: 1
- HOA Amenities: HeatWaterGasInsuranceExterior MaintenanceScavengerSnow Removal234.0Monthly
- Originating MLS: mred
- School District: 299
- County: Cook
- Zoning: 12111190251034
- Water: Lake Michigan
- Sewer: Public Sewer
- Source: mred
- Ownership: Condo
This listing courtesy of Melchor Domantay , Second City Real Estate
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $






