Hera mission is an ESA pioneering planetary defense initiative launched on 7 October 2024. Hera aims to analyze the aftermath of NASA’s DART (Double Asteroid Redirection Test) impact on the Didymos binary asteroid system, providing essential data on asteroid composition and impact dynamics to enhance Earth’s defense strategies against potential asteroid threats.
The spacecraft is equipped with advanced S-Band TT&C antennas from Anywaves, ensuring seamless telemetry and command capabilities throughout the mission. This collaboration highlights the reliability and precision of Anywaves’ antennas, enabling deep-space exploration and reinforcing planetary defense efforts on a global scale.

Observer-1A and 1B are two advanced 16U CubeSats developed by South Korea’s Nara Space Technologies, designed to enhance Earth observation capabilities. The mission's primary goal is to capture high-resolution multispectral imagery crucial for addressing global challenges, including environmental monitoring, climate change assessment, urban development, and disaster management. By delivering detailed and timely Earth data, Observer supports informed decision-making and strengthens responses to natural disasters. Anywaves contributes to this mission by providing reliable X-band antennas, ensuring seamless data communication and maximizing the mission’s impact and value for global environmental and societal benefit.

The Arctic Weather Satellite (AWS), developed by OHB Sweden and launched on 16 August 2024, is a pivotal advancement in meteorological observation of polar regions.  AWS provides critical data on atmospheric temperature, humidity, and cloud formation, facilitating rapid updates essential for accurate and timely weather forecasting.
Anywaves antennas ensure robust communication and precise positioning, even under the challenging environmental conditions of the Arctic. The data collected by the AWS will have far-reaching impacts. Improved weather forecasting in the Arctic will enhance navigation, resource management, and environmental monitoring in this sensitive region.

Sidus Space celebrated the launch of LizzieSat™ into low Earth orbit on March 4, 2024, aboard SpaceX’s Transporter-10. This mission, characterized by the integration of Anywaves’ S-Band TT&C antennas into LizzieSat™, marks a significant advancement in space-based data collection and satellite communication. Targeting a broad spectrum of industries, LizzieSat™ employs innovative technologies, including advanced sensors and AI capabilities, to revolutionize earth observation.

The mission’s success paves the way for Sidus Space’s ambitious plan to launch a constellation of satellites, enhancing global data utilization with cutting-edge efficiency.

The YAM-3, YAM-5 and YAM-6 missions, part of Loft Orbital’s “Yet Another Mission” series, signify a leap in satellite deployment strategies. Launched aboard SpaceX’s Falcon 9, these missions represent innovative approaches to carrying diverse payloads on prefabricated satellite buses. YAM-3, launched in June 2021, YAM-5, launched in January 2023 and YAM-6 launched in March 2024, continue to showcase the versatility and efficiency of bundling multiple payloads
Anywaves has played an integral role in these missions by providing specialized S-band antennas, ensuring effective communication for the satellites.

The EyeSat satellite, launched on the 18th of December 2019, is a mission orchestrated by CNES (the French National Centre for Space Studies) with the primary objective of demonstrating and validating advanced space technologies.
Specifically designed to observe the zodiacal light and Milky Way’s interstellar medium, EyeSat promises to contribute valuable scientific data to the astronomical community.
Anywaves Antennas ensured robust and dependable communication links between the satellite and its terrestrial counterparts, underscoring the synergy between CNES’s ambitious objectives and Anywaves’ technological prowess.

The “Angels” satellite, another notable initiative by CNES (the French National Centre for Space Studies), represents one of the most compact yet advanced nano-satellite platforms geared towards enhancing Earth observation capabilities.
Set against the backdrop of advancing French space technology, Angels aims to demonstrate the feasibility and effectiveness of miniaturized satellite solutions in collecting high-resolution data from space.
Specifically tailored for S-band and X-band frequencies, Anywaves antennas served as the satellite’s lifeline, ensuring seamless and reliable data transmission between space and Earth.

The N3SS (Nanosat 3U pour la Surveillance du Spectre) satellite, initiated by CNES, operates as an in-orbit demonstrator, emphasizing planetary surveillance of the civilian radiofrequency spectrum in the L and S bands and keenly analyzing jamming sources.
Developed by the startup U-Space and inspired by the EyeSat platform, its communication capabilities are bolstered by Anywaves’ precision-engineered antennas.
While the S-Band TT&C Antenna showcases a strong flight heritage, the innovative Ceramic 3D Printed GNSS L1/E1 Bands Antenna, developed under an ESA contract, marks its inaugural journey, contributing significantly to the satellite’s mission goals.