Weather Forecast
21.00°C
Current Temperature
37.00km/h
Wind speed
21.83°C
Water Temperature
1.70m
Swell
0.66m
Tide
11/11
UV
The 400 m long North Cronulla section of beach (NSW 334d) is patrolled by North Cronulla SLSC (Fig. 4.261). All three clubs patrol one of Sydney’s more hazardous beaches. Not only are rips present every 200 m, but the bars that separate them are usually detached from the shore, with an often deep trough running between the bar and the shore. This combines with a relatively steep beach face and at times heavy to surging shorebreak to produce a potentially hazardous beach, particularly given the big summer crowds. During and following big seas a second bar forms further offshore with more widely spaced rips, and a continuous trough runs between the beach and the first bar.
Beach Length: 0.3km

Patrolled Beach Flag Patrols

Sun
29 Dec
Mon
23 Dec
Tue
24 Dec
Wed
25 Dec
Thu
26 Dec
Fri
27 Dec
Sat
28 Dec
North Cronulla SLSC
-
-
09:00 -18:00
09:00 -18:00
-
09:00 -18:00
09:00 -18:00
Sutherland Shire Council Lifeguard Service
07:00 -18:00
07:00 -18:00
07:00 -18:00
07:00 -18:00
07:00 -18:00
07:00 -18:00
07:00 -18:00

Information

Formal parking area
Kiosk
Lookout
Shops
Natural shade
Toilets Block M/F
Public phone
Mobile Phone Coverage
Toilets Block Disabled
Park
Change Rooms
Picnic
Showers
Playground
Pool
Cafe
Rock pool
Bike path
Bus
Train

Regulations

No Vehicles
No Skateboards
No Alcohol
No Bike Riding
No Bicycles
No Dogs Allowed
No Fishing

Hazards

High surf
Gutters
Littoral currents
Fixed rips
Flash rips
Travelling rips
Shallow Water
Rocks
Slippery rocks

Weather

SLSA provides this information as a guide only. Surf conditions are variable and therefore this information should not be relied upon as a substitute for observation of local conditions and an understanding of your abilities in the surf. SLSA reminds you to always swim between the red and yellow flags and never swim at unpatrolled beaches. SLSA takes all care and responsibility for any translation but it cannot guarantee that all translations will be accurate.