Kitty Hawk Surf Forecast
North Carolina, NC · Northern OBX beachbreak where the Wright brothers first flew.
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Kitty Hawk Spot Guide
Best swell
Ideal size
Best wind
The wave
Local knowledge
Kitty Hawk shares the northern Outer Banks' generous swell window — deep water offshore lets NE groundswell arrive with power intact. Between sessions there's the obligatory pilgrimage: the Wright brothers flew a mile inland from these bars.
Live cams
Nearby spots
- Nags Head Pier 10 mi · North Carolina
- Jennette's Pier 12 mi · North Carolina
- Rodanthe 35 mi · North Carolina
- Waves 37 mi · North Carolina
- Sandbridge 46 mi · Virginia
FAQ
What swell direction works best at Kitty Hawk?
E swell hits Kitty Hawk straight on. The spot picks up anything arriving from NNE (25°) through S (170°); swell from outside that window is blocked by the coastline.
What wind is best at Kitty Hawk?
W wind blows offshore and grooms the surf. E wind is straight onshore and chops it up; light wind under ~5 kn is fine from any direction.
When is the best time of year to surf Kitty Hawk?
Late summer through fall is prime: hurricane season (August-October) sends the year's best long-period swell, and fall-winter nor'easters keep it pumping. Summer runs smallest outside of tropical systems.
What's the best tide at Kitty Hawk?
Mid. Tide predictions for the spot's NOAA station are in the forecast above.
Is Kitty Hawk good for beginners?
Yes — plenty of forgiving sandbar days outside of active swells.
How warm is the water at Kitty Hawk?
Roughly 47°F at its late-winter coldest to about 82°F in late summer. In practice that means a hooded 4/3 or 5/4 in winter and trunks or a rash guard in summer. The forecast above shows the current water temperature.
How far out is this forecast reliable?
The wave model has real skill to about 10 days, and we cut the chart there instead of padding it with guesses. Days 1-3 are solid, 4-7 useful, 8-10 a trend heads-up - and we publish our measured error against NOAA buoys, updated continuously.
Forecast from TrueSwell's own physics-based wave model (exposure → refraction → breaking, every swell train separately), built on public NOAA and Open-Meteo data and scored daily against NDBC buoy observations. How the model works →