Space Force Rebuffs SpaceX for Three Missions as European Rocket Nears Final Tests

The commercial space sector is undergoing a significant strategic shift this week, marked by a notable departure between one of the world's largest private launch providers and the US military. This pivot comes against a backdrop of intense competition in small and medium-lift capabilities, with international players moving rapidly to close the gap in launch reliability and cost.

In a surprise development on Thursday, SpaceX informed the US Space Force that it would not accept three offered military launch contracts. This decision marks a distinct change in the relationship between the company and the Pentagon, which has traditionally relied heavily on SpaceX’s Falcon 9 fleet for its most critical national security missions. The rejection suggests a recalibration of SpaceX’s internal priorities or a strategic move to focus resources on its next-generation systems.

Simultaneously, the civil side of the SpaceX portfolio faced scrutiny from a NASA safety panel. The review board indicated that the company’s Starship vehicle may require as many as 22 orbital refueling operations to successfully support a crewed lunar landing. This high number of required transfers highlights the technical complexity and logistical challenges remaining in the path toward a sustainable return to the Moon.

The trajectory of these developments can be traced back to the increasing maturity of SpaceX’s Starship program, which is demanding more of the company’s engineering bandwidth. As the company pushes to validate its massive booster and upper stage, the operational demands of maintaining a high-cadence Falcon 9 launch schedule for both commercial and military clients have likely intensified. This strain may have influenced the decision to pass on the new military contracts, allowing the company to concentrate its immediate efforts on the Starship milestones that define its long-term viability.

While the US market grapples with these internal SpaceX adjustments, the international landscape is seeing tangible progress in alternative launch capabilities. In Spain, PLD Space has announced that its Miura 5 rocket is nearing the final stages of integration. Aviation Week reports that the vehicle, which is slated for its inaugural flight next year, is almost ready for its final pre-launch preparations. This marks a critical milestone for the company as it seeks to establish itself as a reliable provider of small-lift services.

PLD Space CEO Raúl Torres noted in an October 19 program update that the company has already manufactured three Miura 5 rockets. Two of these vehicles are being used to qualify key system elements, while the third is the designated flight article. Torres explained that building these three units allowed the engineering teams to work continuously across different production and integration phases. This approach enabled the direct application of lessons learned from each qualification campaign to the vehicle that will actually fly.

Currently, one Miura 5 second stage is fully integrated and has begun system-level testing under conditions that mimic actual operating environments. This stage is located at PLD’s test facility in Teruel, where it is undergoing a rigorous qualification campaign. The testing schedule includes a wet dress rehearsal and a static hot-fire test, both of which are essential for verifying the rocket’s readiness for a first flight targeted for before mid-2027. These tests are the final hurdle before the rocket can be cleared for its debut in orbit.

In North America, the competitive race for small-lift dominance is heating up with substantial financial moves. Reaction Dynamics, a prominent Canadian launch startup, has announced it is seeking to raise $350 million. The capital is intended to expand the company’s workforce from its current 68 employees to more than 350. This aggressive hiring plan underscores the company’s ambition to accelerate its development timeline for the Aurora rocket, which is a small-lift vehicle expected to reach orbit in 2028.

Beyond the Aurora, Reaction Dynamics has also revealed plans for a medium-lift vehicle called Borealis. This larger rocket is targeted for a debut by 2031, indicating a long-term strategy to cover a broader spectrum of launch needs. The combination of SpaceX’s military contract decisions, the Starship refueling challenges, and the rapid advancements by PLD Space and Reaction Dynamics paints a picture of a dynamic industry where leadership in launch services is increasingly contested across multiple continents and vehicle classes.

Looking ahead, the next three months will be pivotal for these developments. The outcome of the Miura 5’s static fire test will determine if the Spanish rocket stays on schedule for a mid-2027 launch. Meanwhile, SpaceX will likely provide further details on how it intends to manage the 22-refueling requirement for Starship, while the US Space Force will need to identify alternative providers for the three military missions it offered. For Reaction Dynamics, the success of its $350 million fundraising campaign will be the key indicator of its ability to meet the 2028 orbital target for Aurora.