Height3 ft (0.9 m)Period14 sDirectionSSWTemp.81.9 °F / 27.7 °CWind—
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Hawaii coverage
Hawaii wave buoys and marine model coverage surf report and buoy data
Hawaii receives swell from several ocean basins and has strong public buoy coverage around the islands. SwellOracle groups nearby NOAA/NDBC observations with a clearly labelled marine model point so measured and estimated data remain separate. Start with the nearest recent reference, then check wind, tide and official marine information for the specific beach.
How to read this coverage
This page brings together surf, swell and wave conditions for Hawaii wave buoys and marine model coverage surf report and buoy data. SwellOracle separates real instrument observations from marine model points so you can understand what you are seeing before making a decision. Current coverage includes 7 recent observations and 1 model points; availability can vary by source and update time.
- Check the timestamp and source before comparing readings.
- Combine height, period and direction with your coastline orientation.
- Use models as context, not as an automatic substitute for a real buoy.
How to read Hawaii coverage
Use recent physical buoy observations to confirm whether swell energy has reached the islands. Compare height, period and direction because north, south and local wind swell can affect different shores.
The Hawaii model point provides broad regional context and is not a physical buoy. Always check the timestamp, local exposure, wind, tide and official marine warnings before using any reading.
A practical Hawaii workflow
First identify the swell direction and the island shore exposed to it. Then compare nearby buoy period and height with local wind; a large offshore signal can be reduced by island shadow or coastline angle.
Use the model point for broad timing and spatial context, not as a replacement for a nearby observation or local safety information.
Available coverage
7 recent observations
1 model points
0 reference stations
Latest regional observation:
Height6.6 ft (2 m)Period8 sDirectionETemp.80.2 °F / 26.8 °CWind—
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Height0 ft (0 m)Period—Direction—Temp.32 °F / 0 °CWind—
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Height5.9 ft (1.8 m)Period9 sDirectionESETemp.81.7 °F / 27.6 °CWind—
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Height6.6 ft (2 m)Period6 sDirectionENETemp.81.3 °F / 27.4 °CWind—
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Height5.6 ft (1.7 m)Period7 sDirectionENETemp.79.5 °F / 26.4 °CWind—
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Height3 ft (0.9 m)Period14 sDirectionSSETemp.81 °F / 27.2 °CWind—
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Height4.3 ft (1.3 m)Period11 sDirectionWNWTemp.80.1 °F / 26.7 °CWind—
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History is enabled gradually when reusable, correctly identified observations are available. Models and references without a stored series keep their own page, but do not show historical charts.
Buoy and history FAQs
What buoy information is available for Hawaii wave buoys and marine model coverage surf report and buoy data?
The published catalog includes 7 physical or reference stations and 1 model point for this region. Each source identifies its provider, location, data type and history status so observations are not mixed with estimates.
Why do some buoys have no historical charts?
Charts appear only when SwellOracle has a stored series of reusable, correctly identified observations. A station can keep its information page even when there is not yet a sufficient series for a chart.
What is the difference between a physical buoy and a marine model?
A physical buoy or station represents instrument measurements. A marine model estimates conditions at a grid point. Use observations as local confirmation and models as spatial context rather than treating them as equivalent sources.
How should swell height, period and direction be interpreted?
Read all three variables together: height describes the size of the signal, period helps explain its energy and direction shows where it comes from. Coastline shape, depth and local exposure can change what reaches the beach.
Keep tracking your buoys without missing a reading
Open the map, save your favorite buoys and get more context when you decide when to check conditions.
Practical takeaway
Use Hawaii buoys as observed confirmation and the regional model as clearly labelled context; shoreline exposure determines where that energy arrives.