Wave Buoys around Cornwall, and the wider UK

Start Bay (CCO station 82) is an inshore coastal wave monitoring site at 50.2926°N, 3.6156°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Channel Lightship (WMO 62103) is a long‑running offshore observation station in the English Channel (49.9170°N, 2.8830°W). It is positioned to monitor conditions on a major shipping route and to capture swell and wind sea entering the Channel. It reports directional wave statistics (height/period/direction) and standard meteorology (wind, pressure, air/sea temperature) for forecasts.

West Bay (CCO station 83) is an inshore coastal wave monitoring site at 50.6934°N, 2.7500°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Weymouth (CCO station 84) is an inshore coastal wave monitoring site at 50.6233°N, 2.4132°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Boscombe (CCO station 66) is an inshore coastal wave monitoring site at 50.7112°N, 1.8381°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Greenwich (WMO 62305) is an offshore station in the southern North Sea/Thames approaches (50.4170°N, 0.0000°E). It is sited to monitor waves and weather affecting busy shipping lanes and coastal flood/sea-state forecasting for south‑east England. It reports wave height/period/direction and meteorological variables such as wind and pressure.

Rustington (CCO station 78) is an inshore coastal wave monitoring site at 50.7345°N, 0.4933°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Seaford (CCO station 81) is an inshore coastal wave monitoring site at 50.7666°N, 0.0750°E. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Pevensey Bay (CCO station 77) is an inshore coastal wave monitoring site at 50.7833°N, 0.4172°E. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Folkstone (CCO station 69) is an inshore coastal wave monitoring site at 51.0625°N, 1.1279°E. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Sandettie (WMO 62304) is an offshore station near the Dover Strait/southern North Sea (51.1030°N, 1.8000°E). It is positioned on a high‑traffic maritime route to monitor sea state and winds where conditions can change quickly. It reports directional wave statistics and standard meteorology for navigation and forecasting.

F3 (WMO 62170) is an offshore North Sea observation buoy (51.2400°N, 2.0000°E). It is positioned to sample wave and weather conditions over a wide open-water fetch that influences coastal sea state and offshore operations. It typically measures waves (height/period/direction) and marine meteorology.

Cleveleys (CCO station 104) is an inshore coastal wave monitoring site at 53.8951°N, 3.1943°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Morecambe Bay (CCO station 105) is an inshore coastal wave monitoring site at 53.9887°N, 3.0657°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Newbiggin (CCO station 110) is an inshore coastal wave monitoring site at 55.1855°N, 1.4781°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Whitby (CCO station 109) is an inshore coastal wave monitoring site at 54.5048°N, 0.6056°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Scarborough (CCO station 108) is an inshore coastal wave monitoring site at 54.2929°N, 0.3171°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Rhyl Flats (CCO station 100) is an inshore coastal wave monitoring site at 53.3817°N, 3.6009°W. It’s part of the UK’s regional Coastal Monitoring / Channel Coastal Observatory network, placed to characterise nearshore wave climate for flood risk, erosion studies, coastal engineering and local forecasting. These stations commonly use a directional wave buoy (often a Datawell Directional WaveRider class) and report significant wave height, wave period (peak/mean) and wave direction; many also report sea temperature and, where fitted, nearby meteorology.

Brittany (WMO 62163) is an offshore buoy in the Bay of Biscay (47.5500°N, 8.4700°W). It helps monitor Atlantic swell and storm waves affecting western France and the western approaches to the Channel. It reports directional wave measurements and marine meteorology used in forecasting and marine safety.

Gascogne (WMO 62001) is an offshore buoy in the Bay of Biscay region (45.2300°N, 5.0000°W). It is positioned to observe Atlantic swell and storm systems affecting western France, northern Spain and the western approaches. It typically measures directional waves and marine meteorology for forecasting and maritime safety.

K2 (WMO 62081) is a UK Met Office offshore data buoy west of Ireland in the North Atlantic (51.0000°N, 13.3000°W). It is placed to sample Atlantic storm systems and swell upstream of the UK/Ireland, improving lead time for marine forecasts. It typically measures directional waves plus weather variables such as wind and pressure.

K4 (WMO 62105) is an offshore North Atlantic buoy west/north‑west of the UK (55.4000°N, 12.2000°W). It was positioned to observe storm waves and swell moving toward northern UK waters, supporting marine warning services. It typically measures directional waves and core meteorology (wind/pressure/air temperature).

M3 is an offshore data buoy in the Atlantic approaches (51.1300°N, 10.3300°W). It provides upstream observations of swell and storm conditions relevant to Ireland/UK marine forecasts. It typically measures wave height/period/direction plus basic meteorological variables.

M4 is an offshore data buoy in the Atlantic approaches (55.0000°N, 10.0000°W). It supports marine forecasting by providing real‑time sea‑state and weather observations in open water. It typically reports directional waves and meteorology.

M5 is an offshore data buoy in the Atlantic approaches (51.4100°N, 6.4200°W). It is positioned to monitor swell and storm waves moving toward Ireland and the UK, supporting marine warnings. It typically reports waves (height/period/direction) and basic meteorology.

M2 is an offshore data buoy in the NE Atlantic west/south‑west of Ireland (53.2900°N, 5.2600°W). It is placed to observe approaching Atlantic sea states and weather systems, improving warnings and forecasts for Ireland and the UK. It typically reports directional wave parameters and standard meteorology.

K5 (WMO 64045) is a far‑north Atlantic/Norwegian Sea offshore data buoy (59.1000°N, 11.4010°W). It samples high‑latitude marine conditions important for North Atlantic weather systems. It reports directional wave measurements and marine meteorology for forecasting.

K7 (WMO 64046) is an offshore buoy north of Scotland (60.7010°N, 4.5000°E). It monitors waves and marine weather in a region exposed to North Atlantic storms, improving warnings for northern coasts and shipping. It reports directional wave parameters and meteorological observations.

Cormorant AWS (WMO 63112) is a platform‑based marine weather station in the North Sea (61.1030°N, 0.0000°E). It supports offshore operations by reporting wind and meteorological conditions and, where available, wave/sea‑state parameters for forecasting and safety.

Anasuria AWS (WMO 62164) is an Automatic Weather Station mounted on offshore infrastructure in the North Sea (57.2010°N, 0.5000°E). It provides continuous marine weather and sea‑state observations near oil and gas fields, supplementing buoy coverage. It typically reports wind, pressure and (where fitted) wave measurements used for operational safety and forecasting.

Eider AWS (WMO 63117) is an offshore platform weather station in the North Sea (61.4000°N, 1.2000°E). It reports marine weather observations (and often wave/sea‑state information) to support offshore safety and regional forecasting.

Beryl A AWS (WMO 63110) is an offshore platform‑based weather station in the North Sea (59.5000°N, 1.5000°E). It provides operational observations (wind, pressure, temperature and often wave/sea‑state estimates) used for marine safety and forecasting around the Beryl field.