The development of Radar Quantitative Precipitation Estimation (QPE) allows for the
identification and measurement of rainfall levels during a radar observation. Interference (Lin et
al. 2021), sea clutter, and ground clutter were removed from the radar using a fuzzy logic quality
control approach.
This product was developed through collaborative efforts between DOST - PAGASA and the Central
Weather Bureau via the MECO/TECO VOTE I and II projects. For further information on the MECO-TECO
projects, please click here.
Lightning Data
Weather Prediction
Measuring / Drawing Tool
Weather Camera
Coastal Radar
Storm Surge
Camera
Welcome to PANaHON
Welcome to PANaHON, a weather visualization system of PAGASA that provides users with a dynamic,
interactive view of weather patterns using advanced forecast models. Please note that while
PANaHON offers valuable insights, it should not be regarded as an official advisory or warning
from PAGASA. The forecasts displayed are based on model predictions and may vary from official
PAGASA-issued advisories. We strongly encourage you to check updates regularly, as weather
conditions can change rapidly. For the most accurate and timely information, always consult official
sources, such as the PAGASA website at www.pagasa.dost.gov.ph. By continuing to use this
system, you agree to the terms and conditions of usage.
Sign in to your account
About PANaHON
The PAGASA National Hydro-Met Observing Network (PANaHON) is a system developed by
the
PAGASA ICT to help make weather data easier to view and use. It shows near
real-time
information from PAGASA’s weather stations across the country, including both automatic and manned
stations.
PANaHON displays important weather details like rainfall, temperature, humidity, and wind. It also
includes
weather forecasts using data from the
European Centre for Medium-Range Weather Forecasts (ECMWF).
With PANaHON, users can easily see both current and forecasted weather conditions. This helps
support early
warnings and better decision-making during weather-related events.
ECMWF Data
Forecast Initialization : 2026-03-16 12:00:00 UTC
Select "Logout" below if you are ready to end your current session.
Weather Camera
Disclaimer: The information reflected in this interactive map was obtained from
automated weather stations and is published near real-time.
There could be instances where gaps, biases, and/or errors in the data can be seen due
technical problems.
Users are advised to use the information derived from the synoptic stations