Precip is a sophisticated weather application that provides hyper-local rainfall and snowfall data with pinpoint accuracy. The app utilizes high-resolution NOAA radar and advanced scientific models to measure precipitation levels on the ground, offering users reliable information about past and upcoming weather conditions.

Designed for professionals such as farmers, builders, and landscapers, as well as outdoor enthusiasts, Precip delivers real-world usefulness. It features live precipitation maps, years of historical data, ensemble-powered forecasts, and premium data layers including snow depth and soil temperature. With its clean and intuitive design, the app ensures users can easily access critical weather data without any clutter.

Whether you're managing a work site, tending a garden, or planning your weekend, Precip helps you stay informed about current and future weather conditions. Its ability to save multiple locations makes it convenient to monitor various places that matter to you, ensuring you have accurate and actionable weather data at your fingertips.

Precip stands out in the weather app category due to its unique set of features tailored for precision and usability. One of its core functionalities is the hyper-local accuracy that allows users to view rainfall and snowfall totals at their exact location or anywhere on the map for different timeframes like the past 12h, 24h, and 48h.

The live precipitation map feature offers dynamic visualizations of rain or snow movements, providing real-time insights into current weather patterns and future trends. Additionally, the app includes years of historical data, enabling users to compare yearly accumulations with long-term normals and other locations. Premium data layers offer detailed insights into snow depth, soil temperature/moisture, wind speed, and more, making it an invaluable tool for professionals who rely on precise weather data.

Precip also employs ensemble-powered forecasts, blending multiple weather models to deliver a more reliable prediction rather than a single guess. Its beautifully designed interface ensures ease of use, presenting users with clear and uncluttered data. Moreover, the ability to save multiple locations allows users to receive at-a-glance updates and delve into specifics as needed.

Forecast accuracy and data credibility are crucial for any weather application, and Precip excels in these areas. The app uses high-resolution NOAA radar and the best scientific models to measure rainfall and snowfall totals with pinpoint accuracy.

Precip's ensemble-powered forecasts blend multiple weather models from top sources, providing users with a more reliable forecast rather than a single guess. This approach ensures that whether you're managing a work site or tending a garden, you receive accurate and actionable weather data tailored to your exact location.

With Precip, users can compare yearly accumulation to long-term normals and past years, ensuring they have credible data at their fingertips. This feature is particularly beneficial for professionals like farmers and builders who depend on precise weather information to make informed decisions.

The temporal and spatial forecast range is another standout feature of Precip, allowing users to visualize rain or snow as it moves with live map overlays. This functionality provides insight into current weather conditions and predicts where precipitation is headed, which is essential for planning outdoor activities.

Precip offers hyper-local accuracy, enabling users to see rainfall and snowfall totals for specific locations on the map for various timeframesu2014past 12h, 24h, 48h, and longer. This detailed view helps users stay informed about imminent weather changes in their area.

In addition to live precipitation maps, Precip includes premium data layers such as snow depth, soil temperature/moisture, wind speed, and more. These advanced features provide comprehensive insights into environmental factors affecting local weather patterns, making Precip an indispensable tool for anyone relying on accurate weather data.