The recent explosion of Blue Origin’s New Glenn rocket, which severely damaged its launch pad infrastructure, has had important implications for the broader space industry. The incident is expected to delay New Glenn launches by several months and jeopardize the timeline of upcoming lunar missions, as well as deployment schedules for satellite operators such as AST SpaceMobile, which relies on Blue Origin to place communications satellites into orbit. Although reconstruction efforts are already underway, launch infrastructure is highly complex and can take many months to repair or replace.
The incident is likely to reinforce the trend toward “multi-launch-provider” strategies, as satellite operators seek to reduce their dependence on any single launch vehicle. More fundamentally, however, it highlights that launch infrastructure itself has become a critical bottleneck, while credible alternatives to SpaceX’s unmatched launch cadence remain scarce. In 2025, SpaceX achieved roughly 180 launches—equivalent to one launch every two days—whereas competitors such as Rocket Lab, ULA (Boeing/Lockheed Martin), Firefly and Arianespace (Airbus) are operating at annual launch rates of just 5 to 25 missions. In other words, launch pads are increasingly emerging as strategic assets rather than mere support infrastructure. In other words, launch pads are increasingly emerging as strategic assets, which could accelerate industry-wide investment in redundant and more resilient launch infrastructure.
Against this backdrop, it is worth highlighting the emergence of a potential new launch contender. Relativity Space, the rocket company backed by former Google CEO Eric Schmidt, was recently selected by NASA to design and build both the spacecraft and launch vehicle that will carry the Aeolus mission to Mars in 2028.
The decision represents a bold bet by NASA, given Relativity Space’s limited operational track record. The company abandoned its small launcher, Terran 1, after a single test flight in 2023 and has since shifted its focus entirely to Terran R, a much larger reusable rocket that remains under development. Relativity also controls Launch Complex 16 at Cape Canaveral, leased from the U.S. Space Force in 2020, but the facility has yet to become operational.
More broadly, NASA could play a pivotal role in fostering the emergence of a new generation of launch providers capable of complementing—and eventually challenging—SpaceX’s dominance. The New Glenn incident serves as a reminder that the space industry is entering an industrialization phase, in which success will increasingly depend not only on rocket technology but also on the ability to build resilient, redundant, and scalable infrastructure. As launch activity accelerates, improving the predictability and reliability of space operations will be essential to reducing execution risk and making space stocks valuations less volatile and more sustainable.
