Core Insights - INNOSPACE has selected Viasat's rocket telemetry service for its first commercial launch, marking a significant milestone for both companies in the satellite launch industry [1][5] - The mission is set to launch INNOSPACE's HANBIT-Nano vehicle carrying eight payloads into low Earth orbit (LEO) from Brazil, showcasing the growing demand for small satellite launches [2][4] Company Overview - INNOSPACE is a South Korean satellite launch service provider that utilizes innovative 3D-printing technology and hybrid fuel systems to offer low-cost and reliable satellite launch services [4] - Viasat is a global leader in satellite communications, recently enhancing its capabilities through the acquisition of Inmarsat, aiming to create a comprehensive global communications network [8] Technological Advancements - Viasat's InRange service will provide continuous telemetry data during the launch, utilizing L-band geostationary satellites to ensure reliable connectivity throughout the mission [3][6] - The integration of InRange into the HANBIT-Nano mission represents a commitment to improving launch reliability and data connectivity through innovative partnerships [6] Market Trends - The demand for small satellite launches is increasing globally, with companies like INNOSPACE playing a crucial role in meeting this demand through efficient and reliable launch solutions [5][6] - The launch from Alcântara, Brazil, is part of INNOSPACE's strategy to expand its operational capabilities by utilizing various global spaceports [4]

Viasat will provide its InRange launch telemetry solution for Skyrora’s demonstration launches, in a project supported by the European and UK Space Agencies. Last month, Glasgow-based Skyrora became the first UK-based manufacturer to receive a launch license, with up to 16 launches per year aimed by 2030. LONDON, Oct. 01, 2025 (GLOBE NEWSWIRE) -- Viasat, Inc. (NASDAQ: VSAT), a global leader in satellite communications, today announced it will provide its InRange launch telemetry service for future sub-orbit ...