Advanced communications systems and precision scientific equipment developed for extreme space environments guide the landmark European and Japanese joint mission toward Mercury orbital insertion.

The first tests were carried out in mid-May, providing valuable insight for the next steps of a demanding validation campaign.

Sener is leading the SGAN-Next project with key European partners to develop space-qualified high-frequency GaN technology under Horizon Europe.

Sener has unveiled the SRC 100 Razor, a multipurpose autonomous aerial platform designed for modern military operations.

Airbus UpNext and Sener cooperate to develop and validate smart antenna technology for standardised 5G NTN connectivity in space applications.

The second satellite of the SpainSat NG programme will be launched on 22 October, completing Europe’s most advanced secure communications constellation.

SENER will develop a Ka-band backhaul terminal prototype for SES, featuring dual-beam reception and a wide scanning area (±50° azimuth, ±10° elevation) for global MEO network coverage.

SENER’s pioneering mission successfully tests precision orbital maneuvers, paving the way for future satellite constellations and advanced space exploration technologies.

Sener's RAS amplifies Biomass's radar signals, crucial for precise forest data that supports global CO₂ reduction efforts.

The Comet Interceptor mission of the European Space Agency (ESA), whose launch is scheduled for 2029, will visit for the first time a comet which has never entered the solar system before.