$825,000/mo

1479 Portland Avenue, Saint Paul, MN 55104

  • 4,662 sqft
  • Property Icon Rental
  • Property Year Built Icon Built in 1924
  • Property Lot Size Icon9,583sqft lot
  • Property Parking Icon —— car garage
  • Property Price Per Square Feet Icon $177/sqft
  • Property List Date Icon Listed 3 days ago

Property Description

Come see this charming 5-Unit Apartment building in Prime Mac-Groveland Location! This is a rare opportunity to own a well-maintained 5-unit building ideally located near Summit Avenue and Snelling Avenue—just steps from two major college campuses, picturesque walking and biking trails, historic mansions, and a vibrant mix of shops and restaurants. This classic brick building features beautiful wood floors, a shared back courtyard with a garden area, and timeless architectural character. A 4-car detached garage offers added convenience and value. Four of the five units have updated windows (replaced prior to 2001), and the roof was replaced in 2012. The building is fully rented, very clean, and shows pride of ownership. Whether you’re an investor or looking to add to your portfolio, this charming property in the heart of Mac-Groveland is a standout.

Listing Status:
Active
Listing Office:
RE/MAX Advantage Plus : 952-226-7700
MLS ID:
6723577
  • Basement: BlockDaylight/Lookout WindowsEgress Window(s)FinishedStorage/LockerStorage Space
  • Heating: Boiler

This listing courtesy of RE/MAX Advantage Plus

Location

Schools Nearby

R

Randolph Heights Elementary School

348 Hamline Ave S, Saint Paul, MN, 55105

Grades KG-5

0.90 miles away

R

Ramsey Middle School

1700 Summit Ave, Saint Paul, MN, 55105

Grades 6-8

0.50 miles away

C

Central High School

275 Lexington Pkwy N, Saint Paul, MN, 55104

Grades 9-12

0.85 miles away

Disclaimer: School and School District information courtesy of the National Center for Education Statistics (NCES). School boundaries may change. Proximity to listed schools does not guarantee enrollment eligibility. Contact the school district for more information and exact boundaries.