The PEARL-1A and PEARL-1B, launched via the SpaceX Falcon 9 rocket as part of the CAS500-2 rideshare mission, both entered their intended orbits. The two second-generaton LEO satellites are primarily designed for payload technology verification in the fields of communication and space science. They are scheduled to conduct on-orbit missions for a duration of one to three years.
While the first-generation PEARLs, which completed their two-year mission in January this year, focused on satellite-to-ground station communication and system validation, the second-generation satellites are further equipped with Ka-band Inter-Satellite Link (ISL) payloads. This technology enables not only broadband communication between satellites and ground stations, but also peer-to-peer transmission verification between the two satellites. Additionally, they carry a Compact Ionospheric Probe (CIP) to monitor the space communication environment. These advancements allow Foxconn to utilize beam planning and constellation design tools more effectively, strengthening its future application capabilities in LEO satellite systems.
Hon Hai Research Institute, the R&D arm of Foxconn, was responsible for the pre-launch system integration of the latest LEOs, and will oversee the post-launch on-orbit operations and data verification.
The PEARL project demonstrates Foxconn’s strategic positioning in the space industry. The project team has accumulated extensive experience from the orbital operations of the inaugural mission through receiving stations in Taiwan, Europe, and Svalbard, Norway. The Satellite Control Center, located at Foxconn’s headquarters in Taipei, conducted daily experiments seamlessly, gathering invaluable verification data.
Currently, the PEARL LEO satellite design focuses on integrating Foxconn’s proprietary camera payloads with mature internal and external components. The core function of the satellite industry – Assembly, Integration, and Testing (AIT) – aligns with Foxconn’s innovative CDMS (Contract Design and Manufacturing Service) business model. By utilizing feedback from the first-generation satellites’ on-orbit operations, the R&D team can perform iterative system optimizations, creating a closed-loop development process.
Moving forward, Foxconn will continue to pursue vertical integration to increase the self-production rate of components and enhance its global competitiveness. The core value of the PEARL mission series lies in establishing “on-orbit practical experience” to continuously optimize the design and integration capabilities of next-generation satellites.
The Group will accelerate its focus on diverse application scenarios, including mobile communication supplements, Direct-to-Cell, remote area connectivity, Industrial Internet of Things (IIoT), and backup communications for specific environments. It remains committed to system integration, testing verification, and high-value-added services, building its space technology expertise to provide global satellite operators and partners with comprehensive technical support and contributing innovative energy to the global LEO satellite communication industry.
