3/13 Muir Street, Frankston, VIC 3199

Closing Date Sale Tuesday 25th February 2025 at 6pm (unless sold prior)

This beautiful residence presents as new and showcases contemporary design with two living areas, an outdoor entertaining zone, tranquil master suite, and space for the whole family positioned within a 10 minute walk from the Frankston Foreshore.

Light neutral tones and quality finishes create a sophisticated ambiance in the open plan living area complemented by a designer kitchen. Showcasing a stunning marble splashback, the kitchen is a chef's dream with quality appliances, gas stove, double drawer dishwasher, sleek handleless cabinetry, pendant lighting, and a large peninsula with room for seating.

Sliding glass doors open up the living area straight onto the covered alfresco area and heated outdoor spa. This semi enclosed space is very private and feels more like an outdoor room, perfect when entertaining family and friends.

The master suite is also situated downstairs and comes complete with plush carpet, a walk-in robe, and an elegant ensuite bathroom with floor to ceiling tiles providing a serene retreat separated from the other bedrooms.

Upstairs, there are two additional bedrooms with built-in robes and a family bathroom. There is also a second lounge area that could be utilised as a children's retreat, study, or media room. The separation of bedrooms also allows for flexibility of living arrangements for young professional and the entire family.

Ideally located on a quiet, leafy street and zoned for the highly sought-after Frankston High School, this property is close to numerous parks, public transport, and major shopping at Bayside Centre. You can even walk to Olivers Hill Beach, the Botanic Gardens, Frankston Hospital, and Monash University Peninsula Campus. Offering a convenient, carefree lifestyle, this property won't last long!

Contact Dean Bozunovic or Penella Bozunovic today to discuss securing your very own slice of Paradise. We look forward to seeing you at our open for inspection.