Weather Forecast
16.90°C
Current Temperature
7.00km/h
Wind speed
18.39°C
Water Temperature
0.92m
Swell
0.15m
Tide
9/11
UV
Aragunnu Beach (NSW 641) is the most accessible beach in the northern section of Mimosa Rocks National Park. It is located 4 km off the Tathra-Bermagui road and just 1 km south of the actual Mimosa Rocks. The rocks are a series of reefs and sea stacks composed of 350 million-year-old resilient rhyolite. The beach lies in a valley cut into a little pocket of younger Tertiary conglomerates. The cobbles from these deposits supply the two cobble beaches in lee of the Mimosa Rocks, a reef located 700 m east of the beach. A vehicle track from the Bermagui road winds into the 20 m high bluffs above the northern end of the beach where there is a camping area and car park and steps leading down to the beach. The 100 m high headlands are however composed of older more resilient metamorphic rocks. The sand beach is 630 m long, faces southeast and is usually cut by 4-5 rips, including permanent rips against each headland, with the small Aragunnu Creek crossing the middle of the beach (Fig. 4.412).
Beach Length: 0.7km
General Hazard Rating: 6/10

Patrolled Beach Flag Patrols

There are currently no services provided by Surf Life Saving Australia for this beach. Please take the time to browse the Surf Safety section of this website to learn more about staying safe when swimming at Australian beaches. Click here to visit general surf education information.

Information

Formal parking area
Formal parking area

Regulations

Hazards

Topographic rips

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.