4WarnMe

The KFOR Mobile Weather App, called 4WarnMe, offers a range of features to keep users informed about the weather. It provides access to station content specifically for mobile users, including 250-meter radar with the highest resolution available and future radar to track severe weather. The app also offers high-resolution satellite cloud imagery and current weather updates multiple times per hour. Daily and hourly forecasts are updated hourly from computer models. Users can add and save their favorite locations and the app has a fully integrated GPS for current location awareness. It also provides severe weather alerts from the National Weather Service and optional push alerts to keep users safe in severe weather.

The 4WarnMe app has several advantages:

1) The app provides access to station content specifically for mobile users, ensuring that the content is optimized for mobile viewing.

2) The app offers a 250-meter radar, which is the highest resolution available, allowing users to have a detailed view of weather conditions.

3) Users can also access future radar to see where severe weather is headed, helping them to plan and prepare accordingly.

4) The app provides high-resolution satellite cloud imagery, giving users a comprehensive understanding of weather patterns.

5) Current weather updates are provided multiple times per hour, ensuring that users have the most up-to-date information.

6) The app offers daily and hourly forecasts that are updated hourly from computer models, allowing users to plan their day with accurate weather predictions.

Additionally, the app allows users to add and save their favorite locations, ensuring that they have easy access to weather information for their preferred areas. The app also has a fully integrated GPS, which provides current location awareness. Users can also receive severe weather alerts from the National Weather Service, keeping them informed and safe. Furthermore, users have the option to opt-in for push alerts to receive notifications during severe weather events.