Palm Beach

Long sand beach on a peninsula and starting site of the Palm Beach to Shelly Beach Marathon Swim, Australia’s longest... Read More

Palm Beach, NSW, Australia View on map
Water Temperature: 23.3 ℃
Wave height: 1 m
Wind Speed: 8.9 mps
Wave Period: 6.3 sec
Air Temperature: 24 ℃
Wave Direction: East North East
Wind Direction: North East
Cloud Cover: Sunny/Clear

Swim Forecast

Days High Air Temperature Wind Speed Wind Direction Wave Direction Water High Temperature
Tue 14 January temp 24 ℃ 6 mps temp North East temp East North East 23 ℃
Wed 15 January temp 25 ℃ 13 mps temp North East temp East North East 23 ℃
Thu 16 January temp 20 ℃ 17 mps temp South South West temp East North East 22 ℃
Fri 17 January temp 21 ℃ 15 mps temp South temp South 22 ℃
Sat 18 January temp 21 ℃ 11 mps temp South temp South East 22 ℃

Tide Chart

Tide Time Zone (Australia/Sydney) Height
Low Tide 05:57 AM ( Wed 15 January) -0.7 m ( -2.3 feet)
High Tide 11:56 AM ( Wed 15 January) 0.3 m ( 1 feet)
Low Tide 05:28 PM ( Wed 15 January) -0.5 m ( -1.6 feet)
High Tide 11:53 PM ( Wed 15 January) 0.8 m ( 2.6 feet)
Tide Time Zone (Australia/Sydney) Height
15 January 2025
Low Tide 05:57 AM (Wed 15 January) -0.7 m()
High Tide 11:56 AM (Wed 15 January) 0.3 m()
Low Tide 05:28 PM (Wed 15 January) -0.5 m()
High Tide 11:53 PM (Wed 15 January) 0.8 m()
16 January 2025
Low Tide 06:32 AM (Thu 16 January) -0.7 m()
High Tide 12:33 PM (Thu 16 January) 0.3 m()
Low Tide 06:08 PM (Thu 16 January) -0.5 m()
17 January 2025
High Tide 12:29 AM (Fri 17 January) 0.7 m()
Low Tide 07:05 AM (Fri 17 January) -0.7 m()
High Tide 01:09 PM (Fri 17 January) 0.3 m()
Low Tide 06:48 PM (Fri 17 January) -0.5 m()
18 January 2025
High Tide 01:04 AM (Sat 18 January) 0.6 m()
Low Tide 07:37 AM (Sat 18 January) -0.6 m()
High Tide 01:47 PM (Sat 18 January) 0.3 m()
Low Tide 07:30 PM (Sat 18 January) -0.4 m()
19 January 2025
High Tide 01:39 AM (Sun 19 January) 0.5 m()
Low Tide 08:09 AM (Sun 19 January) -0.6 m()
High Tide 02:27 PM (Sun 19 January) 0.3 m()
Low Tide 08:18 PM (Sun 19 January) -0.4 m()