Glasgow does not look like Cape Canaveral. That is exactly the point. Scotland’s space story is not a fantasy about rockets on every hillside. It is an industrial story about engineering, miniaturisation, data, universities and firms that have made a small country visible in a global market.
Scotland’s strengths run from small-satellite manufacturing in Glasgow to data analytics and Earth observation in Edinburgh, with launch sites in the north and Shetland. The Scottish Government says Scotland has around 246 space companies, more than £298 million of income and over 7,000 jobs; it accounts for nearly a fifth of UK space-sector jobs and is Europe’s largest producer of small satellites. Its 2026 sector report makes the scale of the opportunity clear.
This is why Scotland should treat space as a national capability, not a lucky accident. The question is not whether there is potential. It is whether Scotland can retain more of the decision-making, intellectual property, skilled jobs and ownership that successful firms create.
A fast-growing Scottish space sector
The latest Space Scotland and London Economics review estimates Scottish space-sector income at £335 million in 2022/23, up from a revised £198 million in 2017/18: growth of 69%. Space manufacturing and space applications were the two largest segments, worth £117 million and £111 million respectively.
Those figures are encouraging, but they need reading carefully. The review measures income from companies headquartered in Scotland. It warns that some space-application firms no longer contribute to the Scottish total because they have exited the market, moved their headquarters, or been acquired by businesses outside Scotland. That does not make every acquisition a failure. Capital, customers and international reach can be valuable. But it does show why a successful industrial strategy cannot stop at attracting firms or celebrating launches.
The ownership question
Recent history gives the issue some urgency. Clyde Space, the Glasgow small-satellite manufacturer behind Scotland’s first satellite, UKube-1, was acquired by Sweden’s AAC Microtec in a deal reported by the UK Government as worth £26 million. Satellite-imagery and AI business Bird.i was acquired in 2020. Neither transaction proves that Scotland lost out. The practical concern is cumulative: if too many scaling firms become branch plants or leave the Scottish statistical and strategic base, Scotland loses leverage over the next stage of growth.
The Orbex collapse sharpened the point. In a June 2026 written answer, the UK Government said Orbex needed matched private investment to access further European Space Agency funding and was unable to secure it. The Government had previously made cash injections of £20 million and £6 million to help the company raise capital. The parliamentary answer is a reminder that hard technology is capital-intensive, slow-moving and risky. The Scottish National Investment Bank’s current portfolio page records a £29.3 million investment in Orbex, explicitly linked to its innovation and space-sector missions.
The conclusion should not be that public investment should avoid difficult technology. It should be that public investment needs active stewardship: milestone finance, supply-chain continuity, talent redeployment, procurement demand and early warning when strategically important firms are under strain.
Five practical shifts
First, connect the industrial picture. Space, robotics, AI, advanced electronics, software and precision manufacturing are not separate press-release categories. They are part of the same productive system. Satellite manufacturing depends increasingly on data, automation and specialised supply chains.
Second, create a strategic-company watchlist. Scotland should know which firms would materially weaken a critical cluster if they left, failed or were acquired. That does not mean hostility to investment. It means a practical understanding of finance gaps, premises needs, anchor customers and acquisition risk before a crisis arrives.
Third, use public procurement as an anchor. The Scottish Affairs Committee has argued that government demand for Scottish launch services could provide an important signal to the market. The wider principle applies to satellite data too: climate monitoring, agriculture, emergency planning, transport and infrastructure can create real domestic use cases.
Fourth, use the tools that exist honestly. The UK’s National Security and Investment regime recognises that ownership matters in sensitive areas including satellite and space technologies, AI and advanced robotics. It is not a general law for keeping every firm Scottish. It does establish that strategic ownership is already a public-policy question.
Fifth, be candid about limits and risk. Subsidy-control rules and finite public budgets matter. Scotland cannot buy every company or stop every takeover. It can intervene transparently and lawfully where a clear public interest exists — and design support around long-term capabilities rather than short-term announcements.
More than a launch story
This is not nationalism for its own sake. It is a question of productivity, resilience and who captures future value. Scotland has already shown that it can build satellites and space businesses at a scale that outstrips its size. The harder task is ensuring that the jobs, learning, ownership and prosperity created by Scottish ingenuity remain rooted here.