306e/138 Carillon St, Newtown, NSW 2042

This studio apartment is perfect for those looking for a comfortable and convenient lifestyle. With a price guide of $530 per week, this property is an affordable option that doesn't compromise on quality.

As you enter the apartment, you'll immediately notice the modern and stylish design. The open-plan living area is spacious and filled with natural light, making it the perfect place to relax and unwind. The kitchen is fully equipped with a dishwasher, gas cooking, and plenty of storage space, making meal preparation a breeze.

This studio has a built-in robe, providing ample storage space for your belongings. The bathroom is modern and stylish, with a sleek shower and toilet. There is also an internal laundry, making laundry day a breeze.

One of the best features of this property is the balcony, which offers stunning views of the surrounding area. It's the perfect place to enjoy your morning coffee or unwind after a long day.

The property is located in a prime location, with easy access to public transport, hospital and a range of amenities. It's also north-facing, ensuring plenty of natural light throughout the day.

Overall, this property is the perfect option for those looking for a comfortable and convenient lifestyle. With its modern design, convenient location, and affordable price, it won't be on the market for long.

Don't miss out on the opportunity to make this stunning apartment your new home!

TO APPLY PLEASE CLICK THE LINK PROVIDED: https://t-app.com.au/rhconcord

Cancellation of open for inspection times may occasionally occur due to unforeseen circumstances. For notification of these cancellations please ensure you have registered your details with Raine & Horne Concord.

Disclaimer: All information provided has been gathered from sources we deem to be reliable. However, we cannot guarantee its accuracy and any interested persons should rely upon their own enquiries. Some photos may be location/lifestyle images all measurements/distances/boundaries/locations are approximate.