El Gouna enjoys 300+ windy days per year with average wind speeds of 15–25 knots, making it one of the most reliable kitesurfing destinations on earth. The wind season runs virtually year-round, with the strongest and most consistent winds from March to November. Air temperatures range from 20–30°C and water stays warm at 20–28°C, meaning no thick wetsuit is ever needed.
El Gouna is known for its consistent wind and ideal kiting conditions as the wind blows in from the north, creating a steady wind speed throughout the year. From March to November the wind is at its strongest and most reliable, ranging from 20-25 knots. In the winter months of December to February, the wind is a bit lighter, averaging around 12-18 knots, but still very reliable, so it is possible to kite.
On average, El Gouna experiences over 300 windy days per year, which means that you can kite almost every day, on your vacation. The direction of the wind is predominantly side-onshore, which makes it perfect for kiteboarding, allowing riders to cruise upwind and downwind with ease. This also ensures that riders always have a safe way to return to Riah Kite Academy.
Overall, the wind conditions in El Gouna are excellent. We have a wind meter at our station to keep you updated, and our experienced team have a sixth sense when the wind is coming, so be sure to ask their advice.
El Gouna enjoys a desert climate, characterized by hot temperatures and low humidity. The air temperature in El Gouna ranges from 20°C in the winter months (December to February) to 38°C in the summer months (June to August). The average temperature throughout the year is around 28°C (82°F).
The Red Sea moderates the temperature of the surrounding area, making it more comfortable for visitors. The water temperature in El Gouna ranges from 21°C in the winter to 30°C in the summer months. This means that our guests can enjoy kiting in their board shorts for majority of the year.
Even in the winter months, the weather in El Gouna is mild, making it a popular destination for those escaping colder climates.
