36/69 Stones Road, Sunnybank Hills QLD 4109

Well-maintained & in great condition, this modern 2-bedroom villa is perfect if you are looking to downsize, buy your first home, or purchase a very economical investment property.

Located in a highly convenient pocket of Sunnybank Hills, this well-manicured complex is close to major shopping centres, buses, trains, beautiful green parks and playgrounds, medical centres, hospitals, schools and much more.

On a low maintenance block of land, this smart villa has had many recent renovations to keep it sparkling like new. Vinyl timber floors make the home easy to clean and make it very comfortable to walk on. The interior has also been repainted in light, modern colours to suit a neutral and calming dcor.

The living area is quite spacious and is overlooked by the modern kitchen. With plenty of storage space, quality appliances, and a long serving counter, the kitchen is perfect for quick and easy meal preparation.

A quaint backyard patio flows out from the living area and provides a beautiful space to relax and enjoy a cup of tea in the warm afternoon sun. The complex is also pet-friendly, so the backyard is perfect for small pets to run around and get some exercise.

Both bedrooms feature vinyl timber flooring and built-in wardrobes for easy storage. If you only need one bedroom, you can use the master (which has two-way access to the bathroom) and turn the second bedroom into a study. The bathroom is in sparkling condition with a shower above the bath and a separate toilet.

Other features about this townhouse include:
- Vinyl plank floors were replaced in 2012
- Kitchen was replaced in 2013
- Fresh coat of paint was done in 2010
- 1 automatic garage
- Brick veneer construction
- Fully gated complex with security cameras
- Very low body corporate fees

With a gorgeous green community park and bbq area, Sunnybrae Villas is a secure and safe complex for ultimate peace of mind. Whether you're looking to downsize, or buy a first home, this low maintenance townhouse offers ultimate value for m