Space, unmuted

Reliable telemetry, tracking and command links start with robust RF performance and predictable coverage. Our TT&C antennas are designed for spacecraft requiring dependable connectivity across mission phases, with product lines available for wide-coverage architectures and demanding environmental constraints.

High-rate payload missions require focused, efficient downlink performance. Our data downlink antennas are designed for spacecraft that need to transmit large volumes of observation, scientific or mission data to ground with high gain, controlled patterns and integration-ready mechanical formats.

Anywaves’ navigation antennas support precise positioning and timing through multi-constellation GNSS reception. Designed for compact platforms and stable RF behavior, they enable reliable navigation functions across a wide range of LEO missions and advanced system architectures.

Anywaves develops launcher antennas engineered to withstand extreme vibration, acoustic loads and mechanical stress during ascent. They ensure reliable RF links from lift-off to separation, supporting mission-critical communication under some of the most severe conditions in space programs.

Anywaves develops specialized antenna solutions for payload applications, including reflectarrays and high-gain configurations for science and observation missions. Fully customizable to mission-specific frequency, coverage and integration requirements. These solutions address applications where antenna performance directly impacts payload capability and overall mission value.

Anywaves’ VILSA Software-Defined solutions provide flexible, high-performance signal processing for space RF systems. Designed for wideband operation and reconfigurability, they support demanding communication and payload missions requiring adaptability and seamless onboard system integration.

Anywaves’ high-speed communication systems support high data-rate payload transmission by providing a high-performance RF chain between onboard data sources and antenna systems. Designed for missions where throughput and link reliability are critical, they ensure reliable space-to-ground data transfer.

Anywaves develops low-noise RF electronics for RF chains where signal integrity is essential. Designed to operate in harsh environments, they ensure stable gain and minimal signal degradation across demanding space applications.

Anywaves’ test hats are ground support equipment designed for antenna RF testing during satellite integration. Engineered to match our antenna interfaces precisely, they enable accurate pre-launch RF characterization and acceptance testing without compromising the flight unit.