SNW #53: In Orbit Servicing, Firefly Aerospace and NASA Updates

 

The Space Year in Review: Bold Moves, New Frontiers, and Growing Tensions

As the calendar turned once more, the space sector ventured onward with ambitions that often outpaced expectations. From dramatic mission recoveries to fresh geopolitical rivalries, from soaring commercial activity to sobering hardware failures — the last twelve months have stitched together a tapestry of hope, risk, and recalibration. Here is a look across the landscape.

Satellite Servicing & Life-Extension: A Maturing Frontier

One of the standout themes is the increasing feasibility of in-orbit servicing and extension of aging spacecraft. In September 2025, NASA awarded $30 million to startup Katalyst Space Technologies to adapt its Link spacecraft to dock with and reboost the Neil Gehrels Swift Observatory, which is running out of orbit due to drag. Katalyst must retrofit a robotic mechanism to grasp Swift via its original interface, a challenge in itself — and if successful, it would mark a watershed moment for satellite rescue of unprepared systems.

These efforts reflect a broader shift: instead of letting legacy satellites die, operators increasingly look to preserve value by extending life. As constellations proliferate and the cost of space assets rises, repair, refueling, repositioning, and deorbiting services are now seen as commercially viable adjuncts to launch.

Launch Race Accelerates: Starship, Falcon, and the Pressure on Europe

SpaceX remains the dominant driver of launch tempo. Plans to conduct up to 76 Starship launches per year from the former Delta IV site underscore the company’s aggressive scaling ambitions. Meanwhile, Falcon 9 missions continue in tight cadence, supporting Starlink deployments as well as government and science payloads. 

This ramp-up intensifies pressure on other players. In Europe, the long-delayed Ariane 6 rocket is finally preparing for operational flights, but questions linger over cost competitiveness and strategic coherence. European stakeholders increasingly worry that incremental improvements may not suffice in a world where reusable, high-cadence systems define expectations.

Commercial Momentum: IPOs, Backlogs, and Volatility

Some commercial entrants have seen spectacular transformations — and turbulence. Firefly Aerospace went public in August 2025, raising approximately $868 million and gaining a valuation near $10 billion. But the public markets have not been kind: Firefly posted a net loss of $80.3 million in its recent quarter and suffered a sharp revenue decline of 26%, prompting a steep share drop. The contrast between investor optimism and operational fundamentals is stark.

On the flip side, private and semi-private firms continue to attract capital for adjacent space technologies. Fleet Space Technologies, for instance, raised $150 million to expand its satellite–ground hybrid mineral mapping systems, with eyes set on lunar extension. The trend suggests that “space tech beyond rockets and satellites” remains fertile ground for disruption.

Government Missions & Strategic Posture: Moon, Sun, and Power

In government-led space science, recent years feel more like a crescendo than a plateau. In September 2025, NASA launched three spacecraft — IMAP, the Carruthers Geocorona Observatory, and a NOAA replacement — to study solar wind dynamics and the Sun-Earth coupling at the L1 Lagrange point. These missions will feed directly into forecasts of space weather that can disrupt Earth’s power grids, communications, and satellite traffic.

Meanwhile, NASA has formalized efforts to establish nuclear power on the Moon, aiming for a 100-kilowatt fission reactor by 2029. The reasoning is clear: lunar nights last about two weeks, and solar arrays alone may not suffice for sustainable operations. The engineering, regulatory, and launch logistics hurdles are formidable — yet in a context where the U.S. sees growing competition from China and Russia, the initiative is also strategic.

On crewed ambitions: NASA now targets February 2026 for the Artemis II mission, which will send a four-astronaut crew in lunar orbit (but not landing). It’s a critical stepping stone toward the eventual Artemis III lunar landing campaign.

Failures, Risks, and Strategic Gaps

No year in space is complete without setbacks. A Boeing-built communications satellite, IS-33e, suffered a catastrophic failure and exploded in orbit in late 2024, producing debris tracked by U.S. Space Forces. More broadly, the incident amplified concerns about reliability in aging satellite systems and the growing debris threat in cislunar and geosynchronous belts.

Geopolitically, not all is steady. India’s space investment dropped by 55% in 2024, even as its reputation had soared following successes like Chandrayaan-3 and the Aditya-L1 solar probe. The dip reflects narrowed funding and perhaps overextension in some programmatic ambitions. At the same time, the failure of Russia’s Luna-25 mission (which crashed due to thruster issues) laid bare deeper systemic difficulties: sanctions, aging infrastructure, and the erosion of institutional expertise. 

In the U.K., small-launch startup Skyrora earned a notable win: it was granted a launch license for its Skyrora XL rocket from Shetland’s SaxaVord Spaceport. That said, the challenges of building a reliable, scalable domestic launch ecosystem remain steep.

Consolidation, Connectivity & Constellations

The satellite sector has seen a wave of consolidation. In July 2025, SES closed its acquisition of Intelsat, forming a multi-orbit powerhouse combining GEO, MEO, and LEO capabilities. SES also struck a partnership with Lynk Global to expand “direct-to-device” connectivity — where LEO satellites talk straight to unmodified mobile phones in underserved regions. To optimize orbital transfers, SES adopted Impulse Space’s Helios kick stage to reposition satellites more quickly from drop-off orbits. 

In constellation operations, the pace is relentless. SpaceX continues mass-deploying Starlink satellites, while rivals like Amazon’s Kuiper and others push to close the gap. The expansion raises concerns about orbital congestion, spectrum coordination, and collision risk — which in turn loop back to the importance of servicing, debris mitigation, and traffic management.

Looking Ahead: Crossroads and Expectations

If the past year is any guide, the next one will be defined by how well the space industry can operationalize its dreams:

• Will satellite servicing scale from experimental missions to routine business?

• Can Starship reach meaningful cadence without compromising reliability?

• Will lunar infrastructure — especially nuclear power — shift from blueprint to module?

• Can non-U.S. space programs reclaim momentum in a field increasingly dominated by private capital and U.S. launch firms?

• How will regulators, insurers, and intergovernmental bodies respond to the growing complexity and risk of congested orbital realms?

The space sector is no longer the province of national prestige alone — it’s becoming infrastructure, logistics, and platform in its own right. The year ahead will test who can thrive in that role.