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Partly live.Values marked LIVE come from NOAA, the Bureau of Meteorology, Copernicus (ERA5) and NASA, each with its date and source. Anything marked FIXTURE — including demo events — is still a placeholder.Sources

Weather explorer

Interactive global weather

Explore near-real-time satellite observations and analyses, layer by layer — each with its time, source and scale made explicit.

True-colour satellite view of the Western Pacific

Real satellite layers

Live: Updated from a connected data source.

Newest frame 29 Sept 2026, 23:40 UTC. NASA GIBS near-real-time imagery; forecast models are not connected yet.

Time mode

Newest available frame of each satellite layer.

Loading map…

Observed / valid:29 Sept 2026, 18:30 UTC

Precipitation rate (mm/h)

0.110.351.34.21553
Weather layers

Choose one layer to display.

Not connected yet

  • Wind (current)(No source yet)
  • Pressure(No source yet)
  • Humidity(No source yet)
  • CAPE (instability)(No source yet)
  • Lightning(No source yet)
Level
Surface
Dataset
GPM IMERG (Early Run), 30-minute
Updated 7 hours ago

Overlays

Preview

Borders and labels come from the basemap; separate toggles are coming.

Animation

29 Sept 2026, 18:30 UTCFrame 24 of 24

Time range: Last 24 hours (hourly)

Frames the provider has not published appear blank.

Data kind
Analysis
Source
NASA GIBS

Satellite-based estimate merged from microwave and infrared sensors; not a rain-gauge measurement. Green–red shades are rain; blue–purple shades are snowfall.

Blue shades show snowfall rate; the legend covers rain rate.

Source: NASA GIBS · GPM IMERG · Himawari-9 AHI · VIIRS · GHRSST MUR · MODIS · MERRA-2ObservationUpdated: 29 Sept 2026, 18:30 UTCMethodology

Location

VIIRS · 29 Sept 2026

Choose a location

Location search, station observations and point forecasts will appear here once their sources are verified.

Current conditions

Unavailable: No data source is connected for this value yet.
Temperature
—
Dew point
—
Wind
—
Pressure
—
Visibility
—
Cloud cover
—

No observation source connected.

Recent observations

Unavailable: No data source is connected for this value yet.

Latest data from nearby weather stations

Planned: SYNOP / METAR and national agencies such as BMKG, with station IDs and observation times. Access and licensing are being verified.

Source: Not connectedObservationUpdated: —Methodology

7-day forecast

Forecast source: none connected yet

Unavailable: No data source is connected for this value yet.

  1. Wed

    30 Sept

    — / —

    No forecast

  2. Thu

    1 Oct

    — / —

    No forecast

  3. Fri

    2 Oct

    — / —

    No forecast

  4. Sat

    3 Oct

    — / —

    No forecast

  5. Sun

    4 Oct

    — / —

    No forecast

  6. Mon

    5 Oct

    — / —

    No forecast

  7. Tue

    6 Oct

    — / —

    No forecast

Each day will show the model, its initialisation time, and the uncertainty range — never a single invented number.

Compare layers

The same region through four real satellite layers. Maritime Continent.

  • True colour (clouds, smoke, dust) — Maritime Continent

    True colour (clouds, smoke, dust)

    Suomi NPP / VIIRS Corrected Reflectance · 29 Sept 2026

  • Precipitation (daily) — Maritime Continent

    Precipitation (daily)

    GPM IMERG, daily · 28 Sept 2026

  • Cloud tops, infrared (Himawari) — Maritime Continent

    Cloud tops, infrared (Himawari)

    Himawari-9 AHI Band 13 clean infrared · 29 Sept 2026, 20:00 UTC

  • Sea surface temperature — Maritime Continent

    Sea surface temperature

    GHRSST L4 MUR v4.1 · 28 Sept 2026

Recent observations

Latest data from nearby weather stations

View all stations
StationDistanceTemperatureWindConditionsUpdated
No station feed connected yet.

Planned: SYNOP / METAR and national agencies such as BMKG, with station IDs and observation times. Access and licensing are being verified.

How this explorer works

From satellite pixels to a map you can trust.

  1. 01

    Observe

    Satellites (GPM, Himawari-9, Suomi NPP, Terra/Aqua) measure rain, cloud tops, sea and land temperature, and aerosols.

  2. 02

    Process

    NASA and partner centres turn raw measurements into calibrated products such as IMERG and GHRSST MUR.

  3. 03

    Render

    NASA GIBS serves them as map tiles with official colour scales; we draw the matching legend.

  4. 04

    Disclose

    Every layer carries its time, dataset, provider and data kind. Forecast models come next.