SpaceX declines military contracts as Starship fueling demands rise

The commercial space sector is currently navigating a period of significant strategic realignment, with major players adjusting their portfolios to balance immediate revenue against long-term technological goals. This week brought two distinct developments from SpaceX that highlight these competing priorities, occurring just days before the latest industry updates were released on October 23, 2026.

In a move that surprised many industry observers, SpaceX informed the US Space Force that it was declining three offered military launch contracts. The company’s decision to pass on this government work signals a potential shift in how it prioritizes its launch cadence, possibly to focus on other commercial or private-sector commitments. This rejection of lucrative military business comes at a time when defense agencies are increasingly seeking dedicated launch capabilities to secure strategic assets in orbit.

Simultaneously, the company’s most ambitious project, Starship, faced new technical constraints regarding its lunar ambitions. A NASA safety panel indicated that the massive rocket may require up to 22 refueling operations in space to support a crewed lunar landing. This high number of propellant transfers underscores the immense complexity of the mission and suggests that the timeline for a crewed Moon landing remains tightly coupled to the reliability of in-space refueling technology.

The background of these events reflects a broader industry trend where large-scale launch providers are forced to make difficult choices about resource allocation. For SpaceX, the decision to skip military contracts may allow for greater focus on the Starship program, which is central to its long-term vision. However, the Starship refueling requirement introduces a significant engineering challenge, as each transfer carries inherent risks and logistical hurdles that must be managed to ensure mission success.

Reactions from the broader space community have focused on the implications of SpaceX’s choices. The refusal of military work suggests that the company is confident in its commercial pipeline, while the Starship fueling data has prompted discussions about the maturity of the vehicle’s upper stage capabilities. Analysts note that these developments, occurring in the same week, paint a picture of a company balancing near-term operational decisions with long-term developmental milestones.

Looking ahead, the industry is also watching other players as they progress toward their own milestones. In Spain, PLD Space has reported that its Miura 5 rocket is nearing final integration for its inaugural launch. The company has manufactured three of these small-lift vehicles, with the first two used to qualify key system elements. CEO Raúl Torres noted that the manufacturing process has allowed teams to apply lessons learned directly to the launch vehicle, indicating a steady learning curve.

PLD Space is now targeting a first flight for the Miura 5 before mid-2027. One second stage is currently fully integrated at the company’s Teruel test facility, where it is undergoing system-level testing under representative operating conditions. This includes a wet dress rehearsal and a static hot-fire test, marking a critical step toward the rocket’s debut.

Meanwhile, in Canada, Reaction Dynamics is seeking to raise $350 million to expand its workforce from 68 to over 350 employees. The company is developing the small-lift Aurora rocket, which it hopes will reach orbit in 2028. Additionally, Reaction Dynamics has announced plans for a medium-lift rocket named Borealis, with a debut targeted for 2031. These efforts illustrate the growing global competition in the small and medium-lift launch segments, as companies strive to offer more frequent and affordable access to space.