The imager satellite MTG-I2 is safely in orbit and operating as expected following its successful launch today at 22:11 CEST on board an Ariane 6 rocket from Europe’s Spaceport in French Guiana. Our teams have established communication with the spacecraft, which has also deployed its solar panels to ensure its autonomous production of energy. MTG-I2 is in perfect shape to start its Launch and Early Operations Phase that will bring it to a higher orbit, 36 000km above Earth over the following two weeks, where a longer period of calibration and validation of its instruments will begin.

This summer’s extreme weather and wildfires have underlined the importance of timely observations for weather monitoring and emergency response. MTG-I2 will provide more rapidly updated observations over Europe through EUMETSAT’s rapid scan service, refreshing imagery every 2.5 minutes. This will give forecasters a much timelier view of fast-developing weather systems, helping national meteorological services identify hazardous developments sooner and support timely warnings for severe storms, hail, damaging winds and flash floods.

Its dedicated fire-detection channels will also help identify and characterise active fires, while the frequent imagery will support closer monitoring of how fires and associated smoke develop.

MTG-I2 joins Meteosat-12, the first imager launched in December 2022, and MTG-S1, which was launched in July 2025 and is expected to become operational before the end of 2026. Together, the two imagers and the sounder satellite will form the first full operational MTG constellation.

Phil Evans, Director-General of EUMETSAT, said: “With MTG-I2, we are unlocking the complete capabilities of this extraordinary European system.
“In particular, MTG-I2 will enable much more frequent observations over Europe, giving forecasters a more continuous view of rapidly developing weather and helping national meteorological services provide timely and reliable warnings.

“The Meteosat Third Generation system is the most sophisticated and innovative geostationary meteorological system in the world, and a major European achievement. It is already delivering huge benefits to forecasters and users. At its heart is EUMETSAT, working with ESA and European industry to deliver this new generation of weather satellites and the services built around them. EUMETSAT will operate and maintain the full system throughout its lifetime, delivering reliable data and services to its Member States and users worldwide.”

More frequent, higher-resolution observations

As the second imaging satellite in the constellation, MTG-I2 will use its Flexible Combined Imager (FCI) to deliver EUMETSAT’s rapid scan service over Europe and Northern Africa, alongside the 10-minute full disc scan service provided by Meteosat-12.

The instrument will provide state-of-the-art observations twice as frequently as the rapid-scan service of the previous satellite generation. Combined with four high-resolution channels providing detail down to 500 meters, this will allow forecasters to track fast-developing weather in greater detail and at much shorter intervals.

With power and communications established, EUMETSAT teams will now guide the satellite towards its operational position, activate its systems and begin preparations for commissioning and operational service.

For further updates on MTG-I2, visit EUMETSAT’s launch hub, which features news, interviews, and insights into the satellite’s journey.
Find all relevant information, biographies of speakers, videos and testimonials on our press kit.

About EUMETSAT – Trusted in Space. Essential on Earth.
Since 1986, EUMETSAT, Europe’s meteorological satellite agency, has monitored weather and climate from space. From its headquarters in Darmstadt, Germany, it operates a fleet of satellites observing the Earth system and delivers real-time data and imagery to its 30 member states to help protect communities and support critical sectors. Four Meteosat satellites in geostationary orbit provide continuous observations of fast developing weather events, while two polar-orbiting Metop satellites deliver data critical for forecasts up to 10 days ahead. EUMETSAT also supports European sovereignty policies, operating services under the Copernicus programme and leading development and management of the data lake for the Destination Earth initiative. For more information, visit the EUMETSAT website.

EUMETSAT Media Relations:
Tel. : +49 6151 8073157
Email: press@eumetsat.int
www.eumetsat.int