The space launch market is moving in two contrasting directions: startups are delaying flights because of manufacturing challenges, while SpaceX is preparing to expand Starship operations on a large scale. An Ars Technica report details a series of developments involving Rocket Lab, Stoke Space, Skyroot Aerospace, and LEAP, along with operational SpaceX missions and a regulatory review that could sharply increase the number of flights from the Starbase base.
Neutron Delayed Because of Composite Material Defects
Rocket Lab announced that its Neutron rocket will not make its first flight before 2027, after a problem was discovered during the manufacture of composite carbon structures. The issue consists of small air pockets, or voids, between layers of carbon fiber in the forward dome of the first-stage propellant tank.
The reusable first stage relies on composite structures distinguished by their light weight and corrosion resistance, but they are more difficult to manufacture than metal structures in aviation and aerospace applications. The delay will test Rocket Lab’s ability to move from developing a prototype to producing a large vehicle capable of regular operations.
Critical Tests for the Reusable Nova Stage
Stoke Space moved the reusable upper stage of its Nova rocket from its factory in Kent, Washington, to its test facility in Moses Lake. The stage will undergo proof tests for endurance at low temperatures and a hot-fire campaign for its Andromeda engine.
Nova’s design is distinguished by an attempt to reuse both stages. The upper stage uses a regeneratively cooled heat shield, along with a propulsion system consisting of 24 annular thrusters. The tests follow completion of the initial qualification tests for the first stage, while the company is targeting a rocket launch next year from Florida if the tests proceed according to plan.
India Gains a U.S. Launch Customer
Reflect Orbital, which is developing satellites equipped with mirrors to reflect sunlight toward Earth, purchased two launches from India’s Skyroot Aerospace. One will use the Vikram-1 rocket, which became the first privately developed Indian rocket to reach orbit in July, while the other launch will use an upgraded version called Vikram-1U.
Reflect Orbital plans to launch its first satellite aboard a rideshare mission with Falcon 9 next year, then develop a constellation comprising approximately 50,000 orbital mirrors. The selection of an Indian provider points to satellite operators’ search for alternatives amid concerns about limited available launch capacity in the United States as SpaceX gradually transitions from Falcon 9 to Starship.
What Is Changing in Practice?
The report does not provide a confirmed timeline for bringing all these vehicles into operation, but it shows that the market bottleneck is not limited to demand. Composite-structure manufacturing problems, reusability testing, and the ability to increase production rates are all factors that determine when promises become available launch services.
Meanwhile, the U.S. Federal Aviation Administration is reviewing a proposal that could allow up to 456 launches and 912 landings annually at Starbase, compared with the current limits of 25 launches and 50 landings. SpaceX has not yet attempted to land the Starship vehicle itself, despite successfully landing Super Heavy boosters.
Regarding ongoing operations, SpaceX launched a batch of satellites for the U.S. Space Development Agency’s Transport Layer network and also carried out the CRS-35 resupply mission to the International Space Station, carrying 2,868 kilograms of supplies and experiments. The company returned the Starship vehicle that survived a splashdown in the Indian Ocean to Starbase for inspection of the heat shield, engines, and electronics.