Microwave electronics for harsh environments

Multi-frequency space payloads, radars and radiometers.

Custom electronics designs

Products

Sensors

Multi-frequency radars, microwave radiometers and GNSS reflectometers for ground and airborne platforms.

Low power microwave payloads: radiometers and GNSS reflectometers for small satellites.

Engineering

Services

Electronics design for space, industrial and research applications.

Support on surveying and ground measurement campaigns.

Our Projects

Latest Projects

The MWSE new GBSAR

Multi-Frequency Full-Polarization Ground-Based Synthetic Aperture Radar (MFFP-GBSAR) MWSE has developed the new Multi-Frequency Full-Polarization Ground-Based Synthetic Aperture Radar (MFFP-GBSAR). Combining multi-frequency InSAR technology and full polarization, the MFFP can detect minute ground movements even under dense vegetation cover, bridging the gap between in-situ measurements and satellite radar data. The MFFP GBSAR system represents a leap…

Galileo Space ReceivER (GASPER) for Horizon 2020 In-Orbit Demonstration and Validation (IOD/IOV)

The consortium lead by Elecnor Deimos with MWSE, ALTER Technology, Anywaves and the Università degli Studi di Padovahas been awarded the Galileo Space ReceivER (GASPER) for Horizon 2020 In-Orbit Demonstration and Validation (IOD/IOV) 🚀. The Consortium will develop a low cost NewSpace Galileo enabled receiver on the IOD/IOV carrier in order to fulfill the following…

FSSCat_L-band_radiometer_GNSS-R_Relectometer
New Space: RF front-end for the Flexible Microwave Payload-2

Balamis – Microwave Sensors and Electronics develops the RF frond-end for the Flexible Microwave PayLoad-2 (FMPL-2), the main payload of 3Cat-5/A satellite. FMPL-2 is a novel payload based on a software defined radio acting as L-band radiometer and GNSS-Reflectometer. The RF front-end will be used on-board the Technical University of Catalonia FSSCat nanosatellite mission. FSSCat…

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Proyecto subvencionado por CDTI