Wind Days = % of days with 12–35 knot average wind speed (ideal kiting conditions). Based on 4 years of historical weather data.
16%
Avg Wind Days
year-round
7kts
Avg Wind
year-round
28°
Avg Temp
feels 32°
4yrs
Data History
analyzed
Spot Overview
🏝️
LagoonSpot Type
IntermediateSkill Level
NE45°Best Wind
Protected shallow water, typically flat and ideal for learning or freestyle
About This Spot
Daugo Island features a protected lagoon environment in Papua New Guinea surrounded by shallow waters and reef structures. The lagoon opens to the northwest, with the main beach creating a natural barrier between calm inner waters and deeper ocean. This spot offers protected conditions within the lagoon, though entry and exit must navigate the narrow openings between reef sections. The surrounding mangrove vegetation and rocky outcrops create a scenic but technically challenging environment. Water temperatures are consistently warm at 27.9°C, but visibility is limited due to sediment and tidal influences typical of tropical lagoons. Best conditions occur during northeast winds (45°) blowing side-shore parallel to the main beach orientation. Wind reliability is notably low at 16.1%, requiring patience between sessions. Wave heights average 1.27m, indicating modest swell penetration into the protected lagoon. This spot suits intermediate kiters comfortable navigating around obstacles and reading variable water conditions. The rough water type suggests choppy conditions from wind and tidal mixing. Success requires timing favorable wind windows and understanding tidal movements that affect water depth and current strength.
Hazards & Safety
Shallow lagoon areas with variable depth
Submerged rocks and reef structures visible in water
Dense mangrove or vegetation on left side
Strong tidal currents typical of lagoon environments
Murky water reducing visibility of obstacles
Narrow channel entrance limiting exit options
Low wind reliability (16.1%) makes consistent sessions difficult
Live Wind Forecast
Real-time wind conditions and 10-day forecast powered by ECMWF