Published on 10/11/2026 11:46:23
Assessing antennas for a space-based spectrum-monitoring mission? Review RF characteristics alongside the qualification evidence relevant to your mission requirements.
Space-based spectrum monitoring requires antennas with wideband coverage and consistent RF performance. These antennas must also withstand launch loads and the thermal conditions encountered in orbit.
RF validation, mechanical and vibration testing, thermal cycling, and assessment against outgassing requirements help establish whether an antenna meets its mission requirements. Addressing these requirements before integration helps reduce risk and build confidence in mission readiness.
Space Qualified Horn Antennas for Spectrum Monitoring
MVG’s wideband Space Qualified Antennas are ideal for locating and identifying signals of interest across the electromagnetic spectrum, conducting intelligence, surveillance and reconnaissance (ISR), and acquiring targets.
Available in closed-boundary and open-boundary quad-ridge configurations, they combine wideband coverage and dual polarization with a lightweight, monolithic design.
Main Features
✅Wideband Frequency Coverage
✅Dual Polarization
✅Outstanding RF Performance
✅Monolithic Design Approach
✅Lightweight Construction
✅Off-the-Shelf Design
Tested on Earth. Trusted in Space. Ready to launch!
Looking to know more about our space qualified antennas, satellite testing technology, or EMC test chamber solutions? Meet the MVG team during Spacetech 2026 to discuss your needs.