Europe Puts €900 Million on the Table for Homegrown Launchers

At the European Space Agency’s (ESA) Ministerial Council meeting in Bremen this week, member states committed over €900 million to the European Launcher Challenge—a bold step toward reducing reliance on non-European launch services. The funding, part of ESA’s broader €22.1 billion three-year budget approved during the same meeting, will support framework contracts with five shortlisted companies in 2026. Each team must then demonstrate a viable launch system to qualify for further support.

This initiative signals Europe’s determination to reclaim autonomous access to space after years of dependency on foreign providers and setbacks with Ariane 6 and Vega C. While the specific companies haven’t been named yet, the competition aims to foster innovation across propulsion, reusability, and rapid launch capabilities. If successful, the program could yield Europe’s first new operational launch vehicle this decade. For a continent that once led in commercial launch services, this is less about catching up and more about getting back in the game—without needing a ride from someone else.

Spire and Planet Bulk Up Their Satellite Fleets on Transporter-15

SpaceX’s latest Transporter-15 rideshare mission, launched from Vandenberg Space Force Base in California, delivered a fresh batch of satellites for two of the most active commercial Earth observation firms: Spire Global and Planet Labs. Planet confirmed the successful deployment of its Pelican 5 and Pelican 6 satellites—high-resolution, AI-enabled platforms designed to capture daily global imagery with improved revisit rates. Meanwhile, Spire added new nodes to its constellation focused on maritime tracking, weather prediction, and radio frequency intelligence.

Rideshare missions like Transporter-15 have become the workhorse of the smallsat industry, offering cost-effective access to orbit for dozens of payloads at once. This latest flight continues a trend where commercial providers increasingly drive Earth observation capabilities, often outpacing government programs in agility and data frequency. For users relying on real-time insights—from climate researchers to shipping logistics teams—these constellations are quietly becoming indispensable infrastructure. And yes, all this is happening while most of us are still trying to figure out how to reset our Wi-Fi.

ISS Welcomes New Crew as Station Hits 10-Person Occupancy

The International Space Station is feeling a little more crowded—and a little more international—after the arrival of the Soyuz MS-28 spacecraft, which delivered three new crew members and brought the total number of people aboard to ten. The expanded crew includes astronauts from NASA, Roscosmos, ESA, and JAXA, reflecting the station’s enduring role as a symbol of global cooperation in orbit.

However, the celebration is tempered by concerns on the ground. Recent damage to the Baikonur Cosmodrome launch pad—Russia’s primary facility for crewed missions—has raised questions about the sustainability of Soyuz launches in the near term. With the ISS scheduled for retirement later this decade, any disruption to crew rotation or resupply could complicate the final years of operations. For now, though, life aboard continues: science experiments run, systems are maintained, and ten people float through their carefully choreographed routines, 400 kilometers above a planet that still hasn’t quite figured out how to work together down here.

Citations

• “Over €900 Million Committed to European Launcher Challenge” – https://europeanspaceflight.com/over-e900-million-committed-to-european-launcher-challenge/
• “Spire and Planet expand satellite fleets on Transporter 15 mission” – https://www.spacedaily.com/reports/Spire_and_Planet_expand_satellite_fleets_on_Transporter_15_mission_999.html
• “Station 10 as Soyuz crew arrives amid Baikonur launch pad crisis” – https://www.spacedaily.com/reports/Station_10_as_Soyuz_crew_arrives_amid_Baikonur_launch_pad_crisis_999.html