Current weather conditions and live observations for Brookings/South Jetty based on the nearest weather station observations (including METAR, SYNOP, ship and quickscat wind data). This is the most reliable place on surf-forecast.com to see what is happening with the weather in Brookings/South Jetty right now. Also check out the current weather map overlays on our dynamic weather maps.
Current Weather near Brookings/South Jetty
as reported by 5 closest weather stations
| Weather Station | Weather | Wind | Gusts | Temp. | Visibility | Visibility / Cloud |
|---|---|---|---|---|---|---|
Brookings Airport (OR) 2 km NNE219 m above sea level 2 hours ago | 11.7 °C | 16 | 16 | |||
St Georges Buoy 24 km S3 m above sea level 46 minutes ago | light winds from the N (18 km/h at 350°) | 12.3 °C | - | - | ||
32 km SSE218 m above sea level 2 hours ago | light winds from the S (6 km/h at 170°) | 11.1 °C | 13 | 13 | ||
BUOY-CECC1 34 km SSE3 m above sea level 1 hour ago | light winds from the SE (13 km/h at 140°) | 12.3 °C | - | - | ||
Gold Beach Airport 42 km NW5 m above sea level 2 hours ago | light winds from the NE (7 km/h at 40°) | 11 °C | 14 | 14 | ||
BUOY-PORO3 79 km NW3 m above sea level 1 hour ago | moderate winds from the NNE (21 km/h at 20°) | 12.8 °C | - | - | ||
Port Orford Buoy 90 km NW3 m above sea level 56 minutes ago | fresh winds from the N (29 km/h at 10°) | 12.0 °C | - | - | ||
Grants Pass Airport (Oregon) 91 km NE345 m above sea level 2 hours ago | light winds from the N (9 km/h at 1°) | 19 °C | 16 | 16 | ||
98 km NE716 m above sea level 2 hours ago | light winds from the N (13 km/h at 360°) | 12.2 °C | 16 | 16 | ||
BUOY-TDPC1 110 km S3 m above sea level 51 minutes ago | - (- km/h at -°) | - °C | - | - |
* NOTE: not all weather observatories update at the same frequency which is the reason why some locations may show data from stations that are further away than known closer ones. We also include passing Ship data if it is recorded close to Brookings/South Jetty and within an acceptable time window.

(0 km/h at 0°)