MeteoTracker+ vs Arpas Meteo

The new MeteoTracker+ iOS App is here! Discover a smarter way to monitor weather wherever you go, directly on the move. Key Features • Direct connection with MeteoTracker devices for real-time mobile monitoring of core weather parameters • Data collection on the go: turn every route into a measurement session • Always-available data history • Simple and intuitive interface • Real-time and session history sharing • MeteoPhoto – capture and link geolocated photos to your weather data to document each field measurement What’s New in MeteoTracker+ • Improved access: you can now log in with email and password • Advanced charts for all measured variables, enabling deeper analysis • Automatic transmission of the device MAC address to the server for more accurate management • Support and management of the Air Quality Plugin for air quality monitoring More about MeteoTracker Thanks to the patented Radiation Error Correction System (US 11,525,745, JP 7198510, EU EP3645989), MeteoTracker delivers highly accurate measurements even under strong solar exposure at low speeds. Its very high measurement speed allows it to capture even the sharpest temperature variations encountered on the move (up to 15°C over just a few hundred meters). The MeteoTracker magnetic base, combined with its compact dimensions (~70 mm × 70 mm × 35 mm), ensures full portability and easy installation. The operating range extends from -55°C (-67°F) to +125°C (257°F), and the rechargeable battery lasts more than 700 hours under standard operating conditions. Additional MyMeteoTracker or MyTeam packages provide advanced data visualization and processing tools. APIs are available upon request. Discover more: www.meteotracker.com

Arpas Meteo is the new app developed by the Meteorological and Climate Department of ARPAS, the Regional Agency for Environmental Protection of the Region of Sardinia (Italy). It offers daily weather forecasts for the island's territory, which are compiled by their own meteorologists based on numerous numerical models (general circulation and limited area), in addition to utilizing data from their networks of over three hundred weather stations, the Monte Rasu (SS) meteorological radar, several satellites, and other measurement systems.