Glasgow Turns Into Space City: Small Satellites and Big Ambitions

Tue Oct 06 2026 05:46:42 GMT+0000 (Coordinated Universal Time)

Discover how Glasgow’s shipyards are swapping steel for rockets, and why the city could stay on top of Europe’s space boom.

Glasgow has quietly made a name for itself in the world of space by building tiny satellites called CubeSats that can carry cameras, sensors and more. Back in 2005 a young engineer named Craig Clark set up Clyde Space, sparking a cluster of companies that now out‑produce any other European city in small‑satellite production. But big rivals in Berlin, Munich and beyond are pumping massive money into space, creating a risk that Glasgow’s talent and factories might drift elsewhere. Local universities, governments and private firms argue that keeping a competent, end‑to‑end space sector inside Scotland is a smart move for jobs, science and national security.

Glasgow’s shipyards, once famous for big‑size steel, are now turning into a hub for tiny rockets called CubeSats. These cubes are just a few centimetres long, but they pack cameras, sensors and even communication gear, making them cheap and fast to build.

Back in 2005 a young engineer named Craig Clark founded Clyde Space after finding it hard to land a job in the UK. He brought the idea of building CubeSats to Glasgow, and the city soon became the leading place in Europe for small satellites.

Now the whole space industry in the city is growing: universities, suppliers and other companies stack up companies that can recognise and trade data from space. That data helps us track ships, predict weather, keep our phones connected and even monitor climate change.

But new competitors are stepping up. Germany is investing bold sums for defence satellites, and Finland’s radar satellite makers KEEP all the high‑tech inside Finland. The risk is that the best engineers, money and contracts could leave Glasgow, taking knowledge and jobs along.

Some Glasgow firms are moving in overseas offices, and a few contractors have set up production in Munich. Still others are scaling up, opening new labs and keeping the talent at home.

Researchers and government keep arguing over the best way to help this small‑satellite boom. Grants and public money can help, but governments don’t want to stifle the entrepreneurial spirit. On the flip side, contracts from the state can give new companies a firm track record and help them win export deals.

The big question for Glasgow is not whether it can build satellites – that it already does – but whether the next wave of growth will stay in the city or drift elsewhere. Scientists warn that if the city loosens up, other parts of Europe will step in and scoop up the talent and revenue.

So for young tech‑savvy readers, the takeaway is simple: keep an eye on Glasgow’s space industry, because it is a great example of an old industrial city reinventing itself with bright new tech that could change the world.