IN Brief:
- The UK Space Strategy brings £7.8 billion of government space investment and activity into one programme running to 2030.
- Defence priorities include SKYNET communications, space control, ISR, space domain awareness, and more resilient national satellite infrastructure.
- Government will concentrate industrial development on satellite communications, in-orbit servicing, space domain awareness, and assured access to space.
The UK government has launched a £7.8 billion national space strategy to 2030, combining defence, national security and industrial policy around satellite communications, space domain awareness, in-orbit servicing and assured access to space.
The strategy, published by the UK Space Agency, the Department for Business, Innovation, Science and Trade and the Ministry of Defence, replaces the 2021 National Space Strategy. Government wants the new framework to concentrate public spending on a smaller number of capabilities where sovereign resilience and commercial scale can develop together.
Defence-related investment forms a substantial part of the package. The government has allocated £880 million to space control and intelligence, surveillance and reconnaissance capabilities, while £2.8 billion will support connectivity programmes including Connectivity in Low Earth Orbit and the Ministry of Defence’s SKYNET military satellite communications system.
Another £149 million is assigned to the European Space Agency’s Vigil mission and £85 million to the National Space Operations Centre, strengthening the UK’s ability to monitor satellites, rockets, debris, hostile activity and space weather. Those capabilities underpin the wider defence commitment of more than £3 billion for military space set out through the Defence Investment Plan.
The programme reaches beyond spacecraft procurement. Sensors, ground infrastructure, secure communications, launch access, data exploitation and operating concepts all determine whether the UK can continue using space-based services when commercial networks or allied capacity are disrupted.
Satellite communications is one of four priority subsectors, alongside space domain awareness, in-orbit servicing, assembly and manufacturing, and assured access to space. Government says it will, for the first time, take a single approach to buying and developing space technology, beginning with satellite communications.
That change could be industrially important because civil and defence programmes often draw on the same spacecraft, payload, terminal, cybersecurity and ground-segment skills while being bought through separate structures. A more coherent demand signal would give suppliers a clearer basis for investing in production capacity, specialist staff and long-lead components.
SKYNET remains the core military communications programme, while Connectivity in Low Earth Orbit introduces another architectural layer. The resulting system will have to integrate spacecraft, user terminals, gateways and network management if resilience is to come from more than simply adding another constellation.
Secure connectivity is already creating substantial production work elsewhere in Europe. OHB’s nearly €1 billion IRIS² contract covers 18 medium-Earth-orbit satellite platforms for the European Union’s secure communications constellation, illustrating how public communications programmes become sizeable manufacturing packages once requirements reach serial spacecraft development.
The UK strategy also directs £40 million towards in-orbit servicing, assembly and manufacturing. Nearer-term defence applications include satellite inspection, repair, debris removal and proximity operations, which bring engineering requirements in robotics, propulsion, sensing, autonomous navigation and resilient spacecraft design.
Assured access to space receives a separate industrial push. The package includes £148 million for European rocket programmes and £30 million for SaxaVord Spaceport in Shetland, placing domestic launch infrastructure alongside participation in European launcher development rather than presenting either route as sufficient by itself.
A further £163 million is allocated to space science and exploration missions, including delivery of the UK-built Rosalind Franklin Mars rover. Although exploration is not a defence programme, the engineering base overlaps in areas such as space-qualified electronics, structures, thermal systems, software, test and mission operations.
Regulation is being adjusted alongside programme spending. Proposed measures include variable liability limits for orbital operations, waivers for certain innovative missions launched before the end of 2030 and new approaches to third-party liability insurance, with government aiming to reduce financial barriers without removing safety and sustainability controls.
The industrial question is now one of execution. Several of the priority areas already have organisations, budgets and programmes, so coordination only produces value if it changes procurement behaviour, reduces duplicated effort and gives companies sufficiently stable requirements to invest against.
That will be particularly important for technologies such as in-orbit servicing and space domain awareness, where the UK has a strong research base but comparatively small production runs. Fewer, larger awards and clearer routes from demonstration into acquisition could help companies move beyond prototype work, provided procurement does not recreate the same fragmented demand under a new strategy label.
The government values the UK space sector at £18.6 billion and says it supports more than 55,000 skilled jobs. By 2030, the strategy is intended to leave a more integrated mix of military communications, surveillance, launch, orbital servicing and monitoring capability; contract awards, production milestones and operational deployments will show how much of that ambition reaches hardware.
