WebSold: 3 beds, 2 baths, 2279 sq. ft. house located at 828 Rockingham Rd, Birmingham, AL 35235 sold for $251,000 on Apr 11, 2024. MLS# 1347421. Beautiful full brick home just minutes from St. Vincent... WebParagon Support available Mon-Fri from 6am–8pm (CST); Saturday 9am-3pm; Sunday 11:00am-3:00pm Call: 205-802-6078 Email: [email protected] Property Panorama Support available Mon-Fri from 9am–5pm (EST) Call: 877-299-6306 Remine & Remine Docs+ Support available Mon-Fri from 10am – 8pm (PST) & Sat-Sun 11am – 8pm (EST)
1329 Paragon Pkwy, Birmingham, AL 35235 MLS
WebThis beautiful 3 beds 2.00 baths home is located at 1329 Paragon Pw Birmingham, AL 35235 and listed at $279,900 with sqft of living space. 1329 Paragon Pw was built in 1969 and sits on a 1.99 acre lot. WebGreater Alabama Multiple Listing Service, Inc., Birmingham, Alabama. 3,048 likes · 3 talking about this · 28 were here. Greater Alabama MLS provides the most accurate, robust, and localized real... Greater … t-shirt plastic bags with logo
Birmingham Association of REALTORS®, Inc.’s Post - LinkedIn
WebNearby Recently Sold Homes. Nearby homes similar to 1017 Jeffery Dr have recently sold between $87K to $302K at an average of $115 per square foot. SOLD MAR 28, 2024. $250,000 Last Sold Price. 3 Beds. 2 Baths. 1,519 Sq. Ft. 808 Sundale Dr, Birmingham, AL 35235. SOLD FEB 21, 2024. WebFeb 22, 2024 · Greater Alabama MLS is the largest MLS system in the north-central portion of Alabama, with over 5,300 subscribers serving the Birmingham metropolitan areas and surrounding counties. The focus for GALMLS is to provide leading edge services, technology to its subscribers and through its public site, LiveInAlabama.com , promote … WebThe data relating to real estate on this web site comes in part from the Greater Alabama Multiple Listing Service. Information is provided exclusively for consumer's personal, non-commercial use. It may not be used for any purpose other than to identify prospective properties consumers may be interested in purchasing. philosophy of the brain