3423 Tinkerbell Ln

Tucked away on a private, wooded 1-acre lot in Mountainbrook, one of SouthPark/ South Charlotte’s most established neighborhoods, 3423 Tinkerbell Lane is anything but ordinary. Originally built in 1977 with bold contemporary architecture, this home presents a rare opportunity for buyers seeking a modern renovation project, large lot, or custom build opportunity in South Charlotte. With approximately 2,900 square feet, 4 bedrooms, and a uniquely tiered layout, the main living areas are positioned on the upper level to maximize natural light and wooded views, while the bedrooms and secondary living space are tucked below for privacy. The lower level offers the feel of a private retreat with walk-out access, including a tucked-away patio that lives like a secret garden—quiet, secluded, and surrounded by nature. Set on over an acre in Mountainbrook, a highly sought-after SouthPark neighborhood, the property offers a rare combination of privacy, mature trees, and proximity to everything. Located just minutes from SouthPark’s shopping, dining, and daily conveniences, this home delivers space and seclusion in the heart of Charlotte. Residents also have the option to join the private Mountainbrook swim and tennis club, offering community amenities without a mandatory HOA. The home is livable as it stands but is ideally suited for a buyer with vision. Whether renovating the existing contemporary structure or building new, this property offers strong upside potential in an area where renovated and new construction homes command premium values. Conceptual renderings are included to illustrate the home’s potential—featuring a reimagined open-concept main level, expanded chef’s kitchen, enhanced indoor-outdoor living with a large entertaining deck, and the opportunity to add an upper level. Renderings are for illustrative purposes only; buyers should verify feasibility, approvals, and structural considerations. A rare chance to create a modern home on a private 1-acre lot in SouthPark Charlotte—where location, land, and potential come together.