The global space sector has witnessed an unprecedented historical boom in rocket launches to various orbits, yet satellite operators are facing an unexpected challenge: the inadequacy of available transport options to meet their diverse needs, as the matter is no longer limited to the total number of rockets alone.
Satellite companies are looking to launch their payloads to multiple orbital destinations, at higher regularity rates, and across a broader range of spacecraft. In contrast, a large part of the space industry has come to depend on a relatively limited number of frequent launch providers who often head toward similar orbits, leaving some companies waiting months or years to get a flight that matches their exact requirements.
Robert Sproles, CEO of Berlin-based launch services brokerage Exolaunch, pointed out that the demand curve far exceeds the supply curve available in the market, despite the U.S. Federal Aviation Administration (FAA) licensing about 187 launches during fiscal year 2026, and the U.S. administration's ambitions to reach more than 1,000 launches annually by 2030.
What is practically changing in the launch market?
Data from market research firm Novaspace shows that the global space economy reached $626 billion in 2025, with annual growth projected at 5.5% to rise to more than $1 trillion by 2034. With this massive growth, the market is no longer uniform, necessitating multiple launch providers operating regularly across different orbital systems.
Sproles explained that diversity in launch options has declined compared to 2016 due to technological and geopolitical changes and supply chains since the COVID-19 pandemic, which led to a concentration of capabilities in a small number of highly active providers, such as SpaceX with Falcon 9 rockets dedicated to large constellations, and Rocket Lab with Electron rockets targeted at small satellites.
Why does the need exceed the traditional rideshare flight system?
Rideshare services are a cornerstone of the current space industry when companies' schedules are flexible and do not carry strict constraints. However, as space missions become more complex and require greater flexibility, the one-size-fits-all model no longer fits everyone.
To bridge this gap, the industry is moving toward alternatives that include:
- Pre-designed shared launches: which are built from the start to clearly accommodate multiple clients rather than relying randomly on a single primary payload.
- Fully dedicated launches: where the client takes over an entire rocket dedicated to their unique schedule, destination, and payload.
Exolaunch is showcasing models to enhance this diversity, including a mid-mile rideshare flight in 2027 via Mitsubishi Heavy Industries' H3 rocket from Japan, and the Exo-1 and Exo-2 missions via dedicated Falcon 9 rockets, in addition to cooperating with the German Space Agency (DLR) and NASA on the GRACE-C mission to provide a dedicated structure that allows sharing unused capacity with other clients.
Context and Implications
The space transportation sector aspires to a future where clients can launch their satellites at any time and to any orbit without worrying about vehicle schedules or availability, just like traditional maritime or land freight. Achieving this goal remains tied to the commitment of launch providers to operate their rockets regularly and with high reliability to cover multiple orbits.