At the heart of the space economy is the launcher and orbital transportation subsector. Much more than simple take-off vectors, these systems constitute the gateway to off-planet activity, enabling the placement of satellites, payloads, manned missions and scientific experiments in low orbits (LEO), medium orbits (MEOs), geostationary orbits (GEO) and even interplanetary trajectories. In this sense, they can be understood as equivalent to the ports or interstate highways of the Earth, configuring an essential infrastructure without which there would be no space economy. 

Sustained growth and structural transition 
The global space launch market has experienced sustained growth in recent years. In 2023, more than 210 successful orbital launches were recorded, a figure that represents a new all-time high. SpaceX led by a wide margin with more than 50% of the global total, followed by China, Russia and India. According to Euroconsult, the launch market exceeded 13,000 million US dollars, with an estimated annual growth rate of between 8% and 10% for the next decade. 

This dynamism is explained not only by the increase in demand, but also by profound transformations in the technological and economic models of the sector. These include the reuse of rockets, the emergence of light launchers, and the emergence of autonomous space logistics services in orbit. 

The Reuse Revolution: Economic Efficiency at Orbital Scale 
One of the most relevant milestones in the recent history of launchers has been the development and refinement of reusable rockets. SpaceX, a pioneer in this technology with its Falcon 9, has shown that systematic reuse allows the cost per kilogram placed in orbit to be reduced by more than 90%, going from figures above USD 54,500 to values close to USD 6,500 per kg (SpaceX). This change not only improves economic efficiency, but democratizes access to space, favoring new actors who previously lacked the resources to participate. 

Added to this is the innovation of companies such as Blue Origin, Relativity Space or Rocket Lab, which are integrating advanced technologies such as reusable engines, 3D printing of structural components, and lighter and more modular propulsion systems. 

Democratization of access: Small Launchers and new players 
Another key trend is the rise of light launchers – known as small launchers – designed for payloads of between 100 and 1,500 kilograms. Companies such as Rocket Lab (Electron), Firefly Aerospace (Alpha) and Astra have allowed small operators, universities, startups and emerging agencies to access space missions with greater flexibility, lower cost and in tighter time windows. 

This phenomenon is shaping a more plural, agile and decentralized ecosystem, where space capabilities are no longer exclusive to the great powers, but extend to new technological poles and regions that develop orbital sovereignty through commercial solutions. 

Autonomous space logistics: the “last mile” in orbit 
But the evolution of space transportation doesn’t stop at launch. An emerging, but strategic, development is that of autonomous transport in orbit, also called last-mile delivery. These are systems that, once in space, can maneuver and place payloads in specific orbits, perform maintenance, or even refuel operational satellites. 

Companies such as D-Orbit (Italy), Exotrail (France) and Momentus (USA) They lead this segment, developing space tugs that pave the way for a distributed orbital logistics model, similar to the one that transformed the land trade industry with the emergence of decentralized fleets, differentiated deliveries and intelligent distribution networks. 

From State Hegemony to the Hybrid Ecosystem 
Historically, the launcher industry was dominated by state agencies such as NASA, Roscosmos, CNSA and ESA, under a strategic and military logic. However, over the past decade there has been a structural transition to a hybrid ecosystem, with the private sector leading much of the development, manufacturing, and operation of launch vehicles. 

In 2000, more than 90% of launches were public; by 2023, more than 60% were carried out by private companies, many of them with their own business models, venture financing, and aggressive business logic. This transformation not only energizes the sector, but also generates  significant industrial externalities. 

Productive chains and technological sovereignty 
The development of launch vehicles generates positive impacts along multiple value chains. On the one hand, it drives the growth of suppliers specialising in propulsion systems, advanced materials, on-board electronics, guidance software and integration platforms. On the other hand, it encourages the formation of regional technology clusters, such as those in California, Toulouse or Bangalore, where universities, industries, startups and public agencies converge. 

In addition, self-access to space allows States to reduce technological dependence on third parties, enable autonomous defence capabilities and consolidate their presence in the new orbital order. In this regard, countries such as India, South Korea, the United Arab Emirates and Brazil are actively developing their own vehicles as a tool of sovereignty. 

Final considerations 
The launcher and space transportation subsector is undergoing a profound reconfiguration, in which the convergence of technological innovation, private investment, and geopolitical strategy is redefining its role in the global economy. From strategic infrastructure to commercial platform, rockets and orbital vehicles are enabling not only access to space, but also the consolidation of a new multiorbital, distributed and decentralized economic model. 

In this context, competitiveness is no longer measured only in load capacity or launch frequency, but also in logistical flexibility, cost efficiency, technological integration and ability to adapt to an increasingly dynamic orbital environment. 

Referencias Bibliográficas 
– Euroconsult (2023).Prospects for the Space Economy 2023–2032. Euroconsult Reports. 
– Space Foundation (2024).The Space Report Q3 2023. Available   
– BryceTech (2024).2023 Orbital Launch Report. BryceTech Publications. 
– NASA (2023).Commercial Space Launch Act and Private Sector Partnerships Overview. 
– SpaceX (2023).Launch Stats and Reusability Data. Internal Data Sheets and Public Disclosures. 
– Momentus Inc., D-Orbit & Exotrail (2023). Company White Papers and Technical Brochures on Orbital Transfer Vehicles. 
– Rocket Lab USA Inc. (2023). Electron Launch Vehicle Overview. Technical Documentation. 
– Firefly Aerospace (2023). Alpha Launch Vehicle: Capabilities and Commercial Vision. Firefly Reports.