A rare opportunity to acquire the magnificent penthouse apartment encompassing the entire top floor of "Ashton", 5/4 Kent Road, Rose Bay indisputably one of Rose Bay's most exclusive dress circle enclaves and boutique security buildings. Capturing panoramic views across the pristine bowling and croquet greens of Royal Sydney Golf Club and Rose Bay's beautiful leafy landscape.
Designed by renowned architect Ercole Palazzetti, this penthouse showcases his signature hallmarks of impressive scale and finishes. Classic and timeless interiors by Melbourne's acclaimed interior designer, Adelaide Bragg create a relaxing, house like ambience whilst affording all the comfort and convenience of a single level layout.
Offering direct level lift access from a secure double lock up garage and visitors parking, to your own private entrance lobby. Expansive formal and informal living and dining includes a gourmet kitchen, bespoke joinery, Jetmaster fireplace and polished timber floors, extending onto multiple outdoor entertaining terraces.
Superb accommodation and an intelligent layout comprises of an extravagant north facing master retreat with a private wrap around terrace overlooking Royal Sydney Golf Club, bespoke walk-in robe and ensuite. Two further bedrooms including another suite, are discreetly separated from the master and also enjoy their own ensuite bathroom, built in robes and terraces.
Additional attributes to this unsurpassable penthouse include; double lock up garage, visitors parking, additional guest powder room, internal laundry, electronic blinds and awnings, reverse-cycle air conditioning, back to base alarm system, C-bus lighting, plantation shutters, NBN and Foxtel.
Ideally situated within footsteps of Rose Bay Esplanade, Ferry Wharf, elite schools, transportation, Rose Bay village shops, opposite Royal Sydney Golf Club and close to Double Bay and Bondi Junction.
Apartment size including all terraces/balconies: 451sqm approxGarage size: 47sqm approx
Strata fees: Admin: $3,900 and Sinking: $1,300 per quarter approx
