FOX 9 Weather – Radar & Alerts delivers localized meteorological data specifically tailored for the Minneapolis-St. Paul metropolitan area, positioning itself as a dedicated regional alternative to national weather applications. Developed by Fox Television Stations, Inc., the application leverages the broadcaster's meteorological resources to provide targeted forecasts. The application's core functionality centers around three primary components: real-time radar visualization with precipitation tracking, scrolling forecast displays showing hourly and 7-day predictions, and push notification alerts for severe weather events. The integrated GPS automatically delivers location-specific conditions, while the interface allows users to quickly swipe between different forecast views without navigating multiple menus. User experience demonstrates a straightforward, scroll-based design that prioritizes immediate access to essential weather data. The interface presents current conditions at the top, followed by hourly forecasts and extended predictions in a vertical layout. Real-world usage patterns indicate the app serves primarily as a quick-check tool for daily planning and severe weather monitoring, particularly during Minnesota's volatile weather seasons. User feedback reveals consistent praise for reliable radar functionality and effective alert systems, though several usability limitations emerge. Tyler51@21 (April 2025) notes satisfaction with radar performance and notification reliability, while Ierickwarn (November 2024) identifies interface limitations regarding location management. CheleHiebert (May 2024) reports missing meteorological data points following updates, specifically noting the disappearance of dew point information from current conditions displays. The application demonstrates strength in hyperlocal accuracy and storm alert responsiveness but shows limitations in customization and data completeness. It serves best as a secondary weather source for Twin Cities residents who prioritize storm warnings and quick-glance forecasts over detailed meteorological data or multi-location management.