HPS congratulates ESA and TAS to the launch of EUCLID and to the successful checkout of the downlink antennan chain!
State-of-the-art antenna to serve one of the most ambitious science missions ever
HPS, leading provider of advanced antenna- and reflector-technologies, applauds the ESA – European Space Agency and to the mission prime ThalesAleniaSpace (Italy) to the launch of space mission EUCLID (within European Space Agency’s Cosmic Vision Programme) on Saturday, 01.07.2023, which aims to unravel the mysteries of the dark universe and gain insights into the nature of „dark matter“ and „dark energy“. On Sunday, 09.07.2023 it has been confirmed that the „K-band signal has been received from EUCLID“ by the ground station on Earth.
Euclid is now the biggest transmitter of data (in terms of data rate of about 74 Mbps) from trans-lunar space: Read here the article from ESA
EUCLID´s “Antenna Reflector Assembly (ARA)” developed by HPS, together with its subcontractor Invent represents a significant advancement in space communication technology. Its innovative design and advanced features make it an ideal choice for the mission, enabling high-speed data transmission and reception from the spacecraft to Earth and back, bridging the distance of 1,5 Mio km. A deep “Thank You” for the trust into our team to our Customer Chain TAS (SP) – TAS (IT) – ESA, backed by our German Space Agency DLR.
Key features of the HPS ARA:
- Enhanced Signal Reception: The CFRP-based reflector’s high-gain capabilities, also under high temperature grades far away in L2-orbit, ensure optimal reception of the weak signals from the EUCLID spacecraft, enabling precise data collection on Earth from distant corners of the universe.
- High-Speed Data Transmission: Equipped with the reflector‘s state-of-the-art transmission CFRP material technology, the HPS-antenna facilitates rapid data transfer in K-band, allowing for real-time analysis and quick response to mission requirements.
- Robustness and Reliability: Designed to withstand the harsh conditions during launch and in space, the reflector assembly is built with durable materials.
- Compact and Lightweight: HPS` antenna design prioritizes accommodation efficiency without compromising its performance. Its compact size and lightweight construction optimize interface loads to the spacecraft and payload capacity.
„We are thrilled to contribute significantly to the EUCLID mission with our advanced reflector assembly,“ says Ernst K. Pfeiffer, CEO of HPS. „Our cutting-edge CFRP-technology, developed for more than 15 years, can now play a crucial role in facilitating seamless communication between the spacecraft and ground stations, allowing the investigation of dark material by huge amount of data downloaded to Earth.“
Bild von ESA – European Space Agency