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The WX-500 lets you choose between strike and cell mode, depending on your preference. Even if your MFD already has datalink weather, nothing provides the accuracy and timeliness of a Stormscope system for mapping ALL lightning activity. With the WX-500, you can view lightning information directly on your MFD - either on a dedicated page or overlaid on the moving map. > View on dedicated page or overlaid on moving map STORMSCOPE® MODEL WX-500ĭisplaying lightning information at ranges of 25-200 nm, the Stormscope WX-500 is designed to interface with the most popular, new generation of multi-function displays. > View lightning on multiple displays at the same time > Stores lightning data on all ranges simultaneously > Heading stabilized when configured with compatible heading system > Display of airspace in 120° forward and 360° surrounding views View on dedicated page or overlaid on moving mapĬurrent: 0.82 A (maximum) 12 VDC 0.38 A (maximum) 28 VDC.View lightning on multiple displays at the same time.Stores lightning data on all ranges simultaneously.Heading stabilized when configured with compatible system.Display of airspace in 120° forward and 360° surrounding views.Integrates with SkyWatch Collision Avoidance Systemsĭesigned to interface with most MFD’s, the WX-500 allows pilots to view lightning information directly on their MFD - on a dedicated page or overlaid on the map.Strike Rate indicator details building or dissipating storms.Updates lightning information every second.360-degree view or 120-degree forward looking.Displays lightning in 25, 50, 100 and 200 nmi ranges.Plots lightning as it happens, before the onset of precipitation.Stormscope processes both azimuth and range to determine the location and intensity of dangerous thunderstorm cells – then presents the findings in real-time. Stormscope, by detecting the electrical activity already present as the storm builds, provides an accurate view of areas that should be avoided. During the cumulus stage of a thunderstorm, storm cells are usually precipitation-free, and weather radar is unable to show activity. Stormscope Weather Mapping Systems were the first airborne instruments developed specifically to detect and map thunderstorms by analyzing the radiated signals of electrical discharges from storm cells.