Taylor Swift - Inspired Staycation In Azure
Taylor Swift - Inspired Staycation In Azure Manila hotel, located about 15 minutes by car from Bagumbayan, offers a swimming pool, Wi-Fi throughout the property. The Manila aparthotel is in the Paranaque district, 1.9 miles from such natural sights as Sucat People's Lakefront Park.
Location
While staying in the Manila hotel, you are invited to discover Blue Mosque, located approximately a 5-minute drive away, or visit sports venues like McKinley Hill Stadium, which is approximately a 20-minute drive away. The Taylor Swift - Inspired Staycation In Azure Manila is also located 3.8 miles from Bounce Philippines. Located around 10 minutes by car from the property, the Catholic church "National Shrine of Mary Help of Christians" is open for visiting by worshippers and tourists. Well-connected to many sights, this Manila hotel is within a few blocks of Jeepney bus station.
Rooms
The rooms at the Taylor Swift - Inspired Staycation In Azure are fitted with climate control as well as tea/coffee making equipment. The rooms are equipped with an electric kettle, a fridge, and a kitchenware. Providing a bidet, a separate toilet, and a shower, the bathrooms also have a hairdryer and towels.
Food & Drinks
The nearby dining opportunities include Army Navy, which is 1.3 miles from Taylor Swift - Inspired Staycation In Azure hotel.
Why choose Taylor Swift - Inspired Staycation In Azure Manila
Main amenities
-
Free Wi-Fi
-
24-hour services
-
Air conditioning
-
No pets allowed
Amenities
Taylor Swift - Inspired Staycation In Azure- Free Wi-Fi
- 24-hour services
- Air conditioning
- No pets allowed
Internet
- Free Wi-Fi
Parking options
- Parking
Property services
- 24-hour reception
In the kitchen
- Electric kettle
- Cookware/ Kitchen utensils
In the rooms
- Air conditioning
- Terrace
- Tea and coffee facilities
- Dining table
In the bathroom
- Free toiletries
Devices
- Flat-screen TV
General facilities
- No smoking on site
Pets
- No pets allowed
Important information
Enter dates to see availability