Coconut Grove Holiday Apartments
Establishment and lodging at 146 Dick Ward Drive, Coconut Grove, NT 0812, Australia. Here you will find detailed information about Coconut Grove Holiday Apartments: address, phone, fax, opening hours, customer reviews, photos, directions and more.
Contact Information
Categories:
Establishment Lodging
Address:
146 Dick Ward Drive
Coconut Grove
NT 0812
Australia
Get directions
Phone:
+61 8 8985 0500
Website:
coconutgroveapartments.com.au
Opening hours
| Sunday | 09:00am — 03:00pm |
|---|---|
| Monday | 08:00am — 05:00pm |
| Tuesday | 08:00am — 05:00pm |
| Wednesday | 08:00am — 05:00pm |
| Thursday | 08:00am — 05:00pm |
| Friday | 08:00am — 05:00pm |
| Saturday | 09:00am — 03:00pm |
Rating
3 /5
Based on 1 reviews
Photos
Reviews of Coconut Grove Holiday Apartments
- Nancy Loveridge Added January 04, 2018★ ★ ★ ☆ ☆Economical & Quiet. Helpful reception. Adequate accommodation. A bit out of the way, so we paid a bit in taxi fares.
Questions & Answers
1. What is the phone number for Coconut Grove Holiday Apartments
The phone number for Coconut Grove Holiday Apartments is +61 8 8985 0500.2. Where is Coconut Grove Holiday Apartments located?
Coconut Grove Holiday Apartments is located at 146 Dick Ward Drive Coconut Grove, NT 0812.3. Is there a primary contact for Coconut Grove Holiday Apartments
You can contact Coconut Grove Holiday Apartments by phone using number +61 8 8985 0500.4. What is the web address (URL) for Coconut Grove Holiday Apartments
The website for Coconut Grove Holiday Apartments is coconutgroveapartments.com.au.Share this page
Additional actions
Today's weather in Coconut Grove NT
13:00 
28 ℃ 1012 hPa 50 % 6 m/s 16:00 30 ℃ 1010 hPa 49 % 3 m/s 19:00 
29 ℃ 1010 hPa 62 % 3 m/s 22:00 
28 ℃ 1012 hPa 64 % 2 m/s
Tomorrow's weather in Coconut Grove NT
01:00 
27 ℃ 1012 hPa 65 % 3 m/s 04:00 26 ℃ 1011 hPa 61 % 5 m/s 07:00 
25 ℃ 1012 hPa 63 % 5 m/s 10:00 27 ℃ 1013 hPa 52 % 6 m/s 13:00 31 ℃ 1011 hPa 45 % 4 m/s 16:00 31 ℃ 1008 hPa 48 % 3 m/s 19:00 28 ℃ 1009 hPa 63 % 4 m/s 22:00 28 ℃ 1011 hPa 66 % 1 m/s