Space infrastructure is increasingly developing into a real infrastructure level. In fact, the first bottlenecks are already emerging today!
With the development of large satellite constellations, military systems and new communication networks the need for reliable access to orbit is increasing much faster than long expected.
This is not just about rockets. It is becoming increasingly important who can reliably organize launches, integrate payloads and bring satellites precisely into their target orbits.
This also became apparent recently when $ASTS (+2,68 %) (AST SpaceMobile) failed to reach the originally planned orbit after a false launch. Space infrastructure often fails not because of the idea itself, but because of the operational implementation.
Launch Infrastructure is thus gradually evolving from a vision to a genuine industrial infrastructure level.
The bottleneck lies on several levels at the same time:
- available launch capacity
- launch frequency
- precise orbital placement
- militarily resilient launch systems
- vertical integration
- industrial production capability
As satellite density increases, reliability becomes more important than individual spectacular missions. SpaceX has massively changed this market. Reusable rockets and high launch frequencies have significantly reduced the cost of entry into orbit.
At the same time, a second ecosystem is emerging around this new infrastructure. $RKLB (+0,71 %) (Rocket Lab) is working on a more industrialized launch and space systems platform. $FLY (-0,34 %) (Firefly Aerospace) addresses responsive launch systems (flexible, fast launch capability) as well as increasing government and military requirements.
$LUNR (-0,52 %) (Intuitive Machines) addresses early lunar and infrastructure missions. $RDW (+0,13 %) (Redwire) is increasingly positioning itself along the technical value chain in orbit.
Traditional aerospace and defense companies are also benefiting from the fact that access to orbit is becoming more strategically relevant.
With growing activity in space, the bottleneck is slowly shifting further. No longer just: Can we launch? But rather: Can we operate infrastructure in orbit permanently? More on this in the next post.
