Kymeta's Goshawk Terminal for On-the-Move Connectivity

We have long supported the commercial launch and space industries with compact but powerful OEM GNSS boards. That’s why we’re very excited to share the release of the TR-2S LEO for cubic satellites, smallsats, and other in-orbit platforms. Made in the US and equipped with patented anti-jamming and anti-spoofing, the compact board is rad-hardened and space-ready. See the capabilities here - https://hubs.li/Q0422Bpc0

OTD in 2023 Rocket Lab’s Electron rocket lifted off from VSA’s Pad 0-C, marking the very first launch of Electron from Virginia. The “Virginia is for Launch Lovers” mission deployed three satellites for radio frequency geospatial analysis belonging to Hawkeye 360, a Virginia-based satellite company. We are so grateful for our partnership and collaboration with Rocket Lab that made this milestone possible!

As state broadband programs look to LEO satellites for the hardest-to-reach areas, understanding performance variability is key. Our latest blog breaks down how satellite speeds are evolving and why continuous monitoring is essential for program success. Read more: https://lnkd.in/eVZGmuXY

Rocket Lab Opens 2026 Launches Rocket Lab completed its first launch of 2026, deploying two satellites for Open Cosmos from Mahia, New Zealand. The Electron mission marked Rocket Lab’s 80th launch and supported the first satellites in Open Cosmos’ new LEO telecom constellation. 🔗 Read more: https://lnkd.in/dNR5_3NR #SpaceWatchNews #SpaceEconomy #Launch Peter Beck

Orbital surface area is exploding. In the SpaceX FCC scenario (1M AI-computing satellites), we hit ~8 million m² of exposed area in orbit soon — over 10× today’s level. Above 5–6 thousand km², Surface Health Monitoring (SHM) becomes a real challenge: thermal, electrical, collision, and degradation risks. Who will manage billions of m² of panels, antennas, and structures in LEO? micro-Y is building a rad-hard, cost-effective, scalable solution. #SpaceDebris #OrbitalAI #Starlink #SpaceIndustrialization

Small satellites are playing a bigger role in everything from communications to national security. Small satellites are changing how governments think about security in space. Voyager Technologies’ EVP of Growth John Emilio Vargas will be at the SmallSat Symposium discussing how commercial innovation is helping build more resilient space capabilities. $VOYG #missionready

Submit your Ideas for M-IND: Mid‑Size Satellites Industrialization for LEO Constellations The M‑IND Initiative addresses Competitiveness, Industrialization, and Sovereignty in the European space sector for mid-size LEO satellites. Its core objective is to scale up production capacities for mid‑size LEO satellites, reducing cost and lead‑time while enabling Europe to deploy constellation missions and strengthen the resilience of the European supply chain. The M‑IND initiative acts as a mission‑driven industrialization pathway focused on mid‑size LEO satellites (100–500 kg), a segment central to Europe’s ambitions in secure telecommunications, resilient navigation, and high‑revisit Earth observation applications. Stay tuned for the Scope of the Envisaged M-IND GSTP Call (Q1‑2026). The upcoming GSTP Element 1 – Building Blocks (link to the Framework) M-IND Call will address the adaptation and industrialization of equipment and modules for mid‑size LEO satellites (100–500 kg, 200–2000 W) operating at 300–1200 km altitude.

Over 200000 satellites! Yes, you read that right! Chinese companies have filed with the ITU for a massive 200,000+ satellites. It's driven by the rapid growth of China's commercial space sector. But remember: This is a long-term vision. Whether all these satellites get approved, built, and launched on schedule remains to be seen. 🛰️⏳ It's certainly a big step into the future of connectivity! #ChinaSpace #CommercialSpace #SatelliteConstellation

Aerospacelab, a leader in satellite manufacturing and design, announces it has been selected by Xona Space Systems to produce eight additional satellites for Pulsar, the next-era navigation constellation bringing precision, power, and protection to devices everywhere from Low Earth Orbit. Aerospacelab will serve as Xona’s transition manufacturing partner for initial Pulsar deployment, supplying flight-proven satellite platforms and systems’ integration expertise while Xona develops in-house production capabilities in California. Read More: https://ow.ly/8NxQ50XWBIJ Aerospacelab Xona #satellite #pulsar0 #spacenews #spacetech

Gilmour Space Technologies and Transcelestial have entered a long-term strategic partnership to bring laser communications capabilities to advance how data moves on satellites. As part of an upcoming mission, Gilmour Space will fly a Transcelestial terminal and support an in-orbit demonstration designed to validate the performance of wireless laser communications in real operating conditions. Read More: https://ow.ly/wnA650Y82Uk Gilmour Space Technologies Transcelestial #lasercommunication #ai #terminal #spacetech