St Moritz - Timeless Federation Retreat Near Coogee Villa
Located about 5 minutes' walk from The Spot Randwick, the 3-bedroom St Moritz - Timeless Federation Retreat Near Coogee Villa Sydney offers quick access to various city attractions in the vicinity.
Location
Coogee Lurline Bay Walk is just 1.9 km away, and the Queen Victoria Building is approximately 7 km from this accommodation. Guests will enjoy proximity to such places of worship as the 106m-long sandstone Gothic Revival–style St Mary's Cathedral, which is within 15 minutes' drive of the holiday home. St Moritz - Timeless Federation Retreat Near Coogee Villa resides in the Sydney Eastern Suburbs district of Sydney, 3.3 km from natural attractions like Waverley Park.
Rooms
The accommodation enjoys the views of the garden.
Food & Drinks
St Moritz - Timeless Federation Retreat Near Coogee Villa also comes with a fully equipped kitchen that provides an electric kettle, a refrigerator, and kitchenware. This Sydney property is 400 metres from Shorty's, serving Australian dishes. The nearest train station is Town Hall, located around 10 minutes' drive away, while Avoca St opp Randwick Girls High School bus stop is right near the Sydney property.
Why choose St Moritz - Timeless Federation Retreat Near Coogee Villa Sydney
Main amenities
-
Wi-Fi
-
Child-friendly
-
No pets allowed
Amenities
St Moritz - Timeless Federation Retreat Near Coogee- Wi-Fi
- Child-friendly
- No pets allowed
Internet
- Wi-Fi
Parking options
- Parking
Property services
- VIP check-in/ -out
- Security
Dining options
- Outdoor dining area
In the kitchen
- Electric kettle
- Dryer
- Cookware/ Kitchen utensils
For kids
- Cots
- Children's play area
Recreation
- BBQ facilities
In the rooms
- Heating
- Patio
- Garden furniture
- Tea and coffee facilities
- Dining table
- Ironing facilities
In the bathroom
- Washing machine
- Free toiletries
General facilities
- No smoking on site
- Smoke detectors
- Fire extinguishers
- Key access
Pets
- No pets allowed
Important information
Enter dates to see availability