Cockburn Sound
Australia
Last wave reading:
Now at the buoy
Significant wave height at the buoy
1.6 ft
0.5 m
- Dominant period
- 15 s
- Direction
- from WNW 297°
This station does not send a swell and wind-wave split, so the numbers are for the whole sea.
Long-period groundswell: 1.6 ft at 15 s from the WNW. Holding steady over the last 6 hours.
Significant wave height is the average of the biggest third of waves at the buoy. It is not surf height at a beach.
Trend at the buoy
Height at the buoy
- Total (significant height)
Period
- Dominant period
Hourly means of the buoy's readings. Arrows point the way the waves travel.
Model vs the buoy
- Buoy, hourly
- Model, past days
- Model forecast
| Day | Height | Peak period | From |
|---|---|---|---|
| Fri, Nov 13 | 0.6 ft | 8.8 s | SSW |
| Sat, Nov 14 | 0.7 ft | 3.1 s | SE |
| Sun, Nov 15 | 0.7 ft | 13 s | SSE |
| Mon, Nov 16 | 0.9 ft | 12 s | S |
| Tue, Nov 17 | 0.9 ft | 11 s | S |
| Wed, Nov 18 | 0.8 ft | 15 s | SW |
| Thu, Nov 19 | 0.7 ft | 12 s | SW |
| Fri, Nov 20 | 0.7 ft | 16 s | SW |
ECMWF WAM wave model via Open-Meteo, nearest model cell (32.250°S, 115.750°E). Both lines are significant wave height at sea, the same measure the buoy reports. Model output, not a Quiver beach forecast.
Nearby buoys
- Hillarys5.0 ft · 15 sLive · 33 km
- Quinns Dog Beach3.6 ft · 15 sLive · 54 km
- Bunbury3.5 ft · 15 sLive · 135 km
- Jurien Bay Inshore7.1 ft · 15 sLive · 215 km
- Jurien Bay Offshore7.9 ft · 15 sLive · 216 km
How to read this buoy
Biggest hourly reading in that record: 1.6 ft at 15 s on Nov 13.
- Operator
- The University of Western Australia
- Program
- Australian national wave buoy network (AODN)
- Position
- 32.141°S, 115.690°E
- Type
- Moored buoy
- Local time zone
- Australia/Perth
- Swell split
- No, whole-sea numbers only
Source: Data was sourced from Australia’s Integrated Marine Observing System (IMOS) - IMOS is enabled by the National Collaborative Research Infrastructure Strategy (NCRIS). This wave data was collected and quality controlled by the University of Western Australia. This dataset is an output from the Catching Oz Waves project, which received investment (https://doi.org/10.47486/DP748) from the Australian Research Data Commons (ARDC). The ARDC is funded by the National Collaborative Research Infrastructure Strategy (NCRIS). Licence: CC BY 4.0. Changes: Quiver converts the units (feet, knots, °F) and shows a subset of the published fields. Station page at the source.
Not for navigation. Readings can be late, missing or wrong; check official marine forecasts before going to sea.
Buoy terms
- Significant height
- The average of the biggest third of waves the buoy measured. Sets in the surf zone can be bigger or smaller.
- Dominant period
- Seconds between the waves carrying the most energy. Longer period means more power and more bend around points.
- Swell vs wind waves
- Swell was made by distant wind; wind waves were made nearby. The buoy splits its spectrum at a cutoff period to report each.
- Direction
- Where waves come from, in degrees true. 270° is from the west.
