1404/633 Little Lonsdale St, Melbourne, Vic 3000

This 3-bedroom apartment is located in the well-known West Side Place precinct, a collection of four towers offering luxury residences, hotel accommodation, personalised amenities, access to public leisure space and endless retail options.

The northern aspect of this apartment maximizes natural light and is completed with high-quality timber floorboards for the open plan living and dining area and connected to a centralised heating and cooling system.

Whether you are an amateur gourmet or a casual cook, the kitchen provides a relaxed atmosphere, ideal for creating or simply enjoying a glass of wine with friends. Designed to be sleek and understated, the level of quality and attention to detail is second to none. Inclusions such as stainless-steel appliances, stone bench tops and stone splashbacks embody a classic sense of style, whilst the gleaming fixtures add just a hint of glamour.

The main bedroom features generous internal size, walk through robe to delicate ensuite with single bath, other two bedroom includes BIR and ceiling to wall windows.

Conveniently located on Level 9, you will find the communal resident amenities including: residential lounge, private dining rooms, wine tasting room with wine cellar, garden terrace with BBQ facilities, cinema, virtual golf, lap pool, gymnasium, yoga.

Everything is at your fingertips, from shopping, dining and entertainment, to education, culture and transport. Residents will be only a short walk away from Southern cross station, Coles supermarket, Spencer Outlet Centre and Flagstaff Gardens etc.


Please call Bryan on 0422 394 780 or email us to register your inspection!

* Disclaimer: The images included in this advertisement are for illustrative purposes only and may not accurately represent the current condition of the property. The actual condition of the property is subject to inspection. We recommend interested parties to conduct thorough inspections to assess the property's condition before making any decisions.