Plenty of weekend surf on offer
Plenty of weekend surf on offer
Fresh north-west winds and a continuation of strong W/SW swell will continue to favour the Surf Coast all weekend.
Fresh north-west winds and a continuation of strong W/SW swell will continue to favour the Surf Coast all weekend.
There’s only one major surf focus for the weekend and that’s a building trade swell that’ll peak in size later Saturday or early Sunday, although the overall trend will be slow so there should be much of a difference either side.
Two small south swells are expected to be in the water on Monday. The primary swell will be related to some highly refracted energy originating from the intense low passing just south of Tasmania on Saturday.
No change to Monday’s notes - we’ve got plenty of great waves expected to finish the week, thanks to a conveyor-belt of cold fronts passing below West Oz over the last few days.
No change to Monday’s notes - we’ve got plenty of great waves expected to finish the week, thanks to a conveyor-belt of cold fronts passing below West Oz over the last few days.
Tradeswell is the main focus of the weekend, which is good because it’ll offer a wide range of surf possibilities across SE Qld.
The forecast notes will be nice and short for today, because the weather maps are devoid of anything interesting.
A second phase of long period swell is expected to arrive later today, which should keep most areas flush with a similar level of inconsistent swell through Tuesday.
A second phase of long period swell is expected to arrive overnight (watch for the Cape Sorell and Pt Nepean buoys to crack the Tp 18 second+ mark again this evening), which should keep most areas flush with a similar level of inconsistent swell through Tuesday. Conditions are looking great with light N’ly winds right across the region.
The reason this is worth noting is that the storm force SE fetch mentioned above lies across and to the south-east of this possible ‘giant ice floe’, meaning that the resulting swell generated by this SE fetch would probably become heavily attenuated by it.