1982 Goldbrier Ln, Memphis, TN 38134

1982 Goldbrier Lane 3BR/2BA Bartlett-area duplex with tile floors near I-40 corridor Welcome to 1982 Goldbrier Lane, a quaint and spacious multi-family condo rental tucked away in Northeast Memphis, TN 38134. Built in 1971, this inviting upper-level unit offers a generous 1,360 square feet of refreshed living space. Featuring a highly functional layout with 3 bedrooms and 2 full bathrooms, this property delivers the perfect blend of suburban comfort and direct urban accessibility for families, students, or working professionals. Lease Overview Address: 1982 Goldbrier Ln, Memphis, TN 38134Property Type: Condo / Apartment Unit (Upstairs)Square Footage: 1,360 sq. ft. Bedrooms: 3Bathrooms: 2 Full Lease Term: 1-Year Standard Lease Interior & Exterior Highlights Brand New Flooring: Features sleek, freshly installed luxury vinyl plank flooring stretching across the expansive living room, formal dining area, and main hallway .Cozy Bedrooms: All three well-proportioned bedrooms have been updated with plush, brand-new carpeting for ultimate comfort. Functional Kitchen: Fully equipped with essential dynamic appliances, including a dishwasher and refrigerator. Climate Control & Utility: Outfitted with forced air heating and a central cooling system to ensure year-round comfort. Outdoor Space: Features a private balcony area perfect for enjoying a quiet morning coffee. Parking: Includes dedicated off-street parking spaces for residents and guests. Pet Policy: Strictly a no pets allowed community environment. Prime Northeast Memphis Location Located within the peaceful 38134 zip code, this home positions you near excellent shopping, green spaces, and transit routes: Retail & Dining: Minutes away from the massive Wolfchase Galleria shopping district, local diners, and major grocery hubs. Outdoor Recreation: Just a short drive to the sprawling trails, lakes, and playgrounds of Shelby Farms Park. Easy Commuting: Immediate, seamless access to Interstate 40 makes traveling to downtown Memphis or neighboring Bartlett incredibly efficient.