Chat with us, powered by LiveChat
Skip Navigation Links

930 2nd Street Street

Shelby, MT 59474

$165,000
4 Bedsbed
2 Bathsbath

Summary

Located in the heart of Shelby, Montana, this single family residence offers comfort, functionality, and recent improvements. The main floor features a full kitchen, living room, two bedrooms, and a full bathroom. The lower level includes a family room, two additional bedrooms, a 3/4 bath, storage room, and laundry room. A two car garage is attached to the home by a breezeway. 1,536 total sq ft of living space on the two levels. Recent upgrades add peace of mind and include: new gas furnace and central AC 2024, newer front porch updated laminate flooring downstairs(2025), and new metal roofs on both the home and garage (2024). The fenced backyard with mature trees provides an an enjoyable outdoor space to enjoy.

Details

  • Beds
    4
  • Baths
    2
  • Type
    Single Family Residence
  • Garage
    2
  • Year Built
    1950
  • Lot Size
    0.15 AC
  • Levels
    One
  • Heating
    Forced Air
  • Exterior Features
    Rain Gutters
  • Community
    Shelby
  • Days on Market
    8
  • Listing Courtesy of
    East Slope Realty
  • MLS #
    30058251

Location

Loading...
Sign upPlease sign up for updates and property information.
    I am interested in the following locations
  • This site is protected by reCAPTCHA see our Privacy Policy

ERA® and the ERA Logo are registered service marks owned by ERA Franchise Systems LLC. Robyn L. Erlenbush Real Estate, P.C. fully supports the principles of the Fair Housing Act and the Equal Opportunity Act. Each franchise is independently owned and operated. Any services or products provided by independently owned and operated franchisees are not provided by, affiliated with or related to ERA Franchise Systems LLC nor any of its affiliated companies. © 2019 Robyn L. Erlenbush Real Estate, P.C. All rights reserved.

 

All property data and market statistics are pulled from Big Sky Country MLS.

Real estate website design, development and optimization by Organic Return