72nd Place is a mellow, funky beachbreak peak in Long Beach. It breaks over sand and can offer both lefts and rights.
It needs a huge south or southwest swell to break, and it can get good, just not very often. The spot works from 0.3 m / 1 ft to 1.8 m / 6 ft.
The offshore wind direction is northeast. It works on low, mid, or high tide, with a rising tide being better.
Access is at the foot of 72nd Place in Long Beach.
72nd Place is usually best with south to west (S-W) swell around 0.3 m / 1 ft to 1.8 m / 6 ft, northeast (NE) offshore wind, and any tide.
72nd Place is a surf spot in Long Beach, California, United States.
72nd Place is a left-and-right reef break over sand.
Other nearby surf spots are 64th Place, San Gabriel Rivermouth, Seal Beach Jetty, and 7th Street.
72nd Place can work with swell from south to west (S-W).
72nd Place usually works with swell around 0.3 m / 1 ft to 1.8 m / 6 ft.
Northeast (NE) offshore wind is usually best at 72nd Place.
Northeast (NE) is offshore at 72nd Place.
72nd Place can work on all tides. A rising tide is usually better here.
Welcome! If you’re new to surf forecasting, check out this quick guide.
The forecast table (the section on the page with all the numbers) is designed to pack as much information in the screen as possible. Although intimidating at first, it will help you make informed decisions about the waves faster, trust me :D. The table consists of roughly four sections, time and predictions, wind, waves, and tides:
Here we show the forecast thour and the overall surf quality prediction. This is determined based on the wave, wind and tide quality prediction. These individual predictions can be found on the forecast map.
The first row on the table (with the 💨 icon) shows wind speed, direction and gust. The more the wind speed the more aggressive the color (from blue, green, orange to red).
The waves section consists of three rows, one for wave height and direction, one for period and one for wave energy. Our algorithm chooses the "dominant wave" using spot-adjusted surf energy (depth + directional fit). This is usually the first swell partition, but during local storms it can switch to wind waves. If that happens, values are shown in gray and italic.
The tide section consists of a row with the actual heights per hour (measured at the half hour) and a table that displays the flow of the tide and the extremes (lows and highs).
The forecast map consists of arrows. These arrows represent all wave partitions (swell partitions and wind wave partition) and the wind. This allows you to see things like: a secondary swell or wind waves messes up the surf, or the wind is just a tick offshore so very surfable. Click a metric label in the bottom left to bring that arrow to the front — handy when arrows overlap.
Short on time? Focus on wave energy. It’s the best single metric to gauge how big and powerful the waves will be.
Click any table cell to jump to that forecast hour. The map will update with forecast arrows, so you can see if wind and swell direction are lining up.
Use the table sidebar to switch units for height and speed.
Log your surf sessions to compare forecasts with real sessions and sharpen future predictions.
Surfnerd blends multiple global and local wind and swell models using advanced interpolation and spatial techniques to create an "ensemble" forecast. Forecasts are refreshed hourly.
Our AI-driven algorithm scores surf quality, shown by green, orange, and gray dots. Each forecast hour is rated for wind, swell, and tide quality, then combined into an overall score. Here’s the scale:
Session logs also feed the algorithm — the more you log, the smarter your forecasts get.
With Surfnerd, no more "you should have been here yesterday"
Log your sessions, save your favorite spots, and keep your surf forecast personalized.
Log in with AppleLog in with GoogleConfidence tells you how much the weather models agree on the forecast.
We calculate the wind confidence by comparing wind speed, gust and direction from multiple models (like GFS, ECMWF, Arome, and Harmonie) and seeing how closely they match. For wave certainty we compare height, period and direction, also on multiple models. They are weighted, meaning that some models count more than others, depending on how good they are for a certain spot.
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