Try placing your self at takeoff in Earth view and look out from the hill you will be flying! Alternatively scan the QR Code below the map to access all information via your phone.
While weather data from software tools can provide a basic understanding of wind patterns, the best way to get accurate data is to perform real measurements at the site itself.Ĭlimate data, including wind patterns, mostly comes from airports.
Of the winds from the WNW direction, wind speeds are most often in the 19 mph and 25 mph range. In this sample, Speed Distribution wind rose (an annual wind rose from Boston, Massachusetts), winds from the WNW direction is most common (more than 10% of annual hours). The radial length of each spoke around the circle is the percentage of time that the wind blows from that direction. Each spoke is divided by color into wind speed ranges. This chart shows the frequency and speed of wind blowing from each direction.Īs you move outward on the radial scale, the frequency associated with wind coming from that direction increases.
Wind can vary a lot by site and the provided weather data may not be accurate for you) (But make sure this data is valid for your site.
In Insight you can produce tri-monthly Wind Rose charts to observe how wind patterns change throughout the year. Wind roses can be a yearly average, or can be made for specific seasons some even include air temperature information. Wind rose diagrams help you visualize wind patterns at a site. Use them to better inform your design decisions, but be aware of unique microclimates and site considerations that wind rose diagrams will not capture.Ī "wind rose" diagram is the most common way of displaying wind data, and can be measured in a “speed distribution” or a “frequency distribution".