Price
Offers Over $395,000
Property Sold
Property Type
Residential
Property Features
Video
Agent Details
Richard Sims
03 6334 4299
Endless Potential in a Solid 1920s Double Brick Home
Situated in a quiet pocket of South Launceston, 13 Heather Street presents a fantastic opportunity for those looking to secure a solid character home with great potential. Built in 1923, this double brick residence has stood the test of time and is ready for a new owner to restore and modernise it to their taste. With solid bones and classic features, it's a renovator's delight-offering the perfect canvas to create something special.
Inside, the home features two generously sized bedrooms and a functional central bathroom. At the front of the home, a spacious living room provides a comfortable place to relax, with an adjoining sunroom that adds warmth and natural light to the living space. The kitchen is located at the rear of the property and offers direct access to the backyard.
Outside, the property offers a large rear yard with plenty of space for gardens, entertaining areas, or extensions, and there is good off-street parking available. The home is conveniently located just a short drive from the Launceston CBD and the Launceston General Hospital, and is also close to local schools, parks, and shopping facilities, making it a convenient choice for a wide range of buyers.
Whether you're looking to renovate and create your dream home or seeking a worthwhile project in a well-established location, 13 Heather Street is an opportunity not to be missed.
Year Built: 1923
House Size: 105sqm
Land Size: 644sqm
Council Rates: $1,139pa approx
Water Rates: $968pa approx
Municipality: Launceston City Council
School Catchments: West Launceston Primary School
Zoning: General Residential
Sims for Property has no reason to doubt the accuracy of the information in this document which has been sourced from means which are considered reliable, however we cannot guarantee accuracy. Prospective purchasers are advised to carry out their own investigations.