Examples provided below of included scenarios:īecause DCWS are centralized on the REX servers, REX can periodically add new and exciting scenarios, which will be automatically added to your application without the need to update Weather Force. These Weather Force weather scenarios dynamically change over time and provide various elements of changing weather over the course of your flight. These weather scenarios are dynamic, unlike the static default presets in Microsoft Flight Simulator. To add even more interest, Weather Force comes with dynamic changing weather scenarios (DCWS). If you are looking to fly at a particular location or in certain weather conditions, Weather Force includes a handy weather search feature that allows you to search by airport or by weather criteria.ĭynamic Changing Weather Scenarios (DCWS) Thus, even if the automated metar may indicate clear conditions, if remarks indicate storms nearby, storms will be generated near the reporting station as in real life.
Weather Force reads remarks provided with live metar reports to determine if storms are near the aerodrome. GFS (Global Forecast System) Model data is downloaded twice daily from NCEP and provides key atmospheric conditions to give a snapshot of temperature and winds aloft. Weather Force utilizes uniquely built algorithms to combine both metar and model data to cover sparse areas such as deserts and oceans. The metar data is updated 6x an hour and downloaded directly from NOAA and can provide accurate results within a 1/8th mile of a given point. WITH REAL-TIME METAR DATA AS THE FOUNDATION, THE WEATHER FORCE WEATHER ENGINE PROVIDES A MORE REALISTIC WEATHER EXPERIENCE. These scenarios are unlike the static weather presets that ship with Weather Force also includes a wide range of proprietary dynamic, changing (non-static) WEATHER FORCE IS THE NEW METAR-BASED DYNAMIC REAL-TIME WEATHER ENGINE FORīy utilizing inter-process communication with the simulator via fine granular control, you will experience automated, dynamic, and smooth weather transitions from real-world reporting metar stations.